Question: who is robert gray

Grey started exploring African drumming and devoted his time to organic agriculture, running a small farm in The Midlands, England. He rejoined Wire in 2000, dropping his Robert Gotobed alias and using his birthname Robert Grey.

That's the easiest and fastest way to do it.. He would also like to see more jobs created and attention given to infrastructure and education needs. He had never visited the State Capitol until Wednesday. Soon after, Democratic Party Chairman Rickey Cole had his first in-depth conversation with him.

Source: Courtney Ann Jackson/Twitter. JACKSON, MS (Mississippi News Now) -. A surprise came on the Democratic side in the race for Mississippi Governor. Robert Gray, a retired firefighter and truck driver, is the democratic nominee who admitted to the Associated Press that he didn't even vote in Tuesday's election.

Robert Grey (born 21 April 1951 in Marefield, Leicestershire) is an English musician best known as the drummer for Wire. In 1973, Grey joined his first band, an R&B group called the Snakes, as vocalist. The Snakes released one single: Teenage Head.. After the group folded, Grey began teaching himself to drum. He has been Wire 's regular drummer since their start in 1976, using the stage name 'Robert Gotobed'.

Robert Gray was the Democratic candidate for governor of Mississippi in the 2015 elections. Gray won the Democratic primary on August 4, 2015, and was defeated by incumbent Governor Phil Bryant (R) in the general election on November 3, 2015. Gray is a truck driver and former firefighter. He gained national attention for admitting that he did not vote in the August 4, 2015, primary, saying, I was in Jackson and had to do a lot of stuff and just lost track of time, to tell you the truth.. Gray made the following statement about his primary victory:

Atlantic Ocean, United States. Robert Gray, (born May 10, 1755, Tiverton, R.I.âdied summer 1806, at sea near eastern U.S. coast) captain of the first U.S. ship to circumnavigate the globe and explorer of the Columbia River.

Who is Henry Gray? Henry Gray is an African-American blues piano player and singer. He has been playing for more than seven decades, and has played with a multitude of artists including Robert Lockwood, Jr., Billy Boy Arnold, Morris Pejoe, the Rolling Stones, Muddy Waters and Howlin' Wolf among many others.

Michael Gray may refer to: Mike Gray (Canadian football), Canadian Football League player. Michael Gray (footballer) (born 1974), English footballer. Michael Gray (DJ) (born 1966), British DJ and house music producer. Michael Gray (actor) (born 1951), American actor. Michael Gray (author) (born 1946), author of books on popular music, in particular Bob Dylan. Michael Gray (British Army officer) (1932â2011) Mike Gray (1935â2013), screenwriter.

Gray is also the author of the bestselling Mars and Venus in the Bedroom, Mars and Venus Together Forever, Men, Women and Relationships, What Your Mother Couldn't Tell You and Your Father Didn't Know, the recently published Mars and Venus in Love, and the star of a CD-ROM version of Men Are from Mars, Women Are from Venus.

Kenneth J. Gray. Kenneth James Gray (November 14, 1924 â July 12, 2014) was an American businessman and politician. He was a veteran of World War II, and represented Illinois in the United States House of Representatives from 1955 to 1974, and again from 1985 to 1989. Contents.

Original.Baker & TaylorWhen legendary covert agent and assassin Court Gentry, aka the The Gray Man, is no longer considered useful, he must discover who is trying to kill him while fighting to stay alive.Courtland Gentry is a good man. But he's a great assassin...To those who lurk in the shadows, he's known as the Gray Man.

Robert L. Harding Attorney At Law. Robert is a shareholder in GrayRobinsonâs Orlando office. He concentrates his practice in the areas of health care, including HMO mergers, acquisitions, and divestitures. Robert also serves clients in all phases of real estate transactions, development and commercial dealings. Additional Information About Robert L. Harding.

I'm not a politician, said Gray in a Wednesday interview. I'm not a person who really wanted to run for Governor.. Robert Gray is 46-year-old truck driver. That schedule prevented him from campaigning, aside from a couple of small events. He also didn't fundraise at all. So with no money in the campaign bank, a man who admits he usually shies away from attention, clinched the nomination. It doesn't take a brain surgeon to do what needs to be done in the state of Mississippi, explained Gray. Gray wants to see more money brought into the state.

John Gray (philosopher) John Nicholas Gray (born 17 April 1948) is an English political philosopher with interests in analytic philosophy and the history of ideas. He retired in 2008 as School Professor of European Thought at the London School of Economics and Political Science.

Jason Jeffrey Gay (born January 18 1972) is an American contemporary Christian singer-songwriter who is better know by his stage name Jason Gray. He released a number of albums independently under his real name Jason Gay.

John Gray (I) John Gray was born in Brooklyn, New York, USA. He is a writer, director and producer, known for Reckless (2014) White Irish Drinkers (2010), Ghost Whisperer (2005), The Hunley (1999) Martin and Lewis, and Helter Skelter. He was the youngest recipient ever of an American Film Institute Independant Filmmaker Grant.

Robert Alan Rob Morrow (born September 21, 1962) is an American actor and director.

Robert Ley (German: [ËlaÉª]; 15 February 1890 â 25 October 1945) was a Nazi politician and head of the German Labour Front from 1933 to 1945. He committed suicide while awaiting trial at Nuremberg for war crimes. 1 Early life.

Courtland Gentry is a good man. But hes a great assassin. To those who lurk in the shadows, hes known as the Gray Man. He is a legend in the covert realm, moving silently from job to job, accomplishing the impossible and then fading away. And he always hits his target. Always. But there are forces more lethal than Gentry in the world. Forces like money.

Team Mississippi Robert Gray For Governor Offical Page. Robert Gray never would have made it without God. If God is for you, who can be against you. God does the impossible. God uses the least among us to do his will. Robert is the head and not the tail, he's at the top and never at the bottom. He is bless coming in and bless coming out. All praises and thanks to God.


Question: rsa definition key

THE CRYPTOGRAPHY GUIDE: RSA. RSA RSA is a public key algorithm invented by Rivest, Shamir and Adleman. The key used for encryption is different from (but related to) the key used for decryption.The algorithm is based on modular exponentiation.hen talking of key lengths in connection with RSA, what is meant is the modulus length. An algorithm that uses different keys for encryption and decryption is said to be asymmetric. Anybody knowing the public key can use it to create encrypted messages, but only the owner of the secret key can decrypt them.

RSA involves a public key and a private key. The public key can be known by everyone and is used for encrypting messages. The intention is that messages encrypted with the public key can only be decrypted in a reasonable amount of time using the private key.

Definition - What does RSA Encryption mean? RSA encryption is a public-key encryption technology developed by RSA Data Security. The RSA algorithm is based on the difficulty in factoring very large numbers. Based on this principle, the RSA encryption algorithm uses prime factorization as the trap door for encryption. Deducing an RSA key, therefore, takes a huge amount of time and processing power. RSA is the standard encryption method for important data, especially data that's transmitted over the Internet.

RSA is one of the first public-key cryptosystems and is widely used for secure data transmission. In such a cryptosystem, the encryption key is public and it is different from the decryption key which is kept secret. In RSA, this asymmetry is based on the practical difficulty of the factorization of the product of two large prime numbers, the factoring problem. The acronym RSA is made of the initial letters of the surnames of Ron Rivest, Adi Shamir, and Leonard Adleman, who first publicly desc

RSA involves a public key and a private key. The public key can be known by everyone and is used for encrypting messages. Messages encrypted with the public key can only be decrypted in a reasonable amount of time using the private key.n such a cryptosystem, the encryption key is public and differs from the decryption key which is kept secret. In RSA, this asymmetry is based on the practical difficulty of factoring the product of two large prime numbers, the factoring problem.

What is RSA? RSA is a public-key cryptosystem for both encryption and authentication; it was invented in 1977 by Ron Rivest, Adi Shamir, and Leonard Adleman [RSA78]. It works as follows: take two large primes, p and q, and find their product n = pq ; n is called the modulus.

RSA (RivestâShamirâAdleman) is one of the first public-key cryptosystems and is widely used for secure data transmission. In such a cryptosystem, the encryption key is public and it is different from the decryption key which is kept secret (private). In RSA, this asymmetry is based on the practical difficulty of the factorization of the product of two large prime numbers, the factoring problem.

Related Terms. A public-key encryption technology developed by RSA Data Security, Inc. The acronym stands for Rivest, Shamir, and Adelman, the inventors of the technique. The RSA algorithm is based on the fact that there is no efficient way to factor very large numbers. Deducing an RSA key, therefore, requires an extraordinary amount of computer processing power and time.

RSA (cryptosystem) For other uses, see RSA (disambiguation). RSA is one of the first practical public-key cryptosystems and is widely used for secure data transmission. In such a cryptosystem, the encryption key is public and differs from the decryption key which is kept secret. In RSA, this asymmetry is based on the practical difficulty of factoring the product of two large prime numbers, the factoring problem.

RSA (cryptosystem) RSA is one of the first practical public-key cryptosystems and is widely used for secure data transmission. In such a cryptosystem, the encryption key is public and different from the decryption key which is kept secret (private).

RSA is a cryptosystem for public-key encryption, and is widely used for securing sensitive data, particularly when being sent over an insecure network such as the Internet. Download this guide to become a Web App Security superhero.

RSA (cryptosystem), the Rivest-Shamir-Adleman cryptosystem, a cryptosystem for public-key encryption RSA Conference, an annual cryptography convention. RSA Factoring Challenge, a computational number theory challenge aimed at factorizing a given set of semi-prime numbers. RSA numbers, a set of numbers that have as factors two prime numbers (semi-prime keys) RSA Security, a U.S. network security provider, a subsidiary of Dell Technologies.

What is an RSA key used for? RSA key is a private key based on RSA algorithm. Private Key is used for authentication and a symmetric key exchange during establishment of an SSL/TLS session. It is a part of the public key infrastructure that is generally used in case of SSL certificates.

Hence using an RSA key for both encryption and signature means that you have to give up much of the scientific progress on RSA an go back to a situation, where your only argument for security is the lack of known attacks. Of course, the text in the article may need some clarification and better citation.hough, authors sometimes use the the terms public key and secret key for the two keys in a key pair of a public key cryptosystem, for example when they also use symbols such as to refer to the two keys. 62.203.40.35 (talk) 21:41, 14 March 2009 (UTC).

Asymmetric Cryptography. Public-key cryptography; A modern branch of cryptography in which the algorithms employ a pair of keys (a public key and a private key) and use a different component of the pair for different steps of the algorithm.

I.e. they used (n,e) as the public key and (n,d) as the private key. (n,e) is sufficient to encrypt and (n,d) is sufficient to decrypt. There is no need to use the factors of n. For didactic purposes the primary question should be, how hard it is to invert RSA.hough, authors sometimes use the the terms public key and secret key for the two keys in a key pair of a public key cryptosystem, for example when they also use symbols such as to refer to the two keys. 62.203.40.35 (talk) 21:41, 14 March 2009 (UTC).

RSA (algorithm) RSA is an algorithm used by modern computers to encrypt and decrypt messages. It is an asymmetric cryptographic algorithm. Asymmetric means that there are two different keys. This is also called public key cryptography, because one of them can be given to everyone. The other key must be kept private.

RSA encryption is based on use of a public and a private key. Typically a key fob (such as an RSA SecurID security token) is used by employees in security-sensitive companies. The token generates a public key that changes every minute.


Question: medicare's definition of mechanical ventilation

Medical Definition of Mechanical ventilation. Mechanical ventilation: Use of a machine called a ventilator or respirator to improve the exchange of air between the lungs and the atmosphere. Last Editorial Review: 5/13/2016.

Also referred to as mechanical breaths, describes breaths initiated by the ventilator delivered according to a consistent volume or pressure. Lung compliance and airway resistance. Lung compliance refers to the elasticity, stretch or ease with which the lung expands to receive volume.

The volume of gas/air delivered with each breath. This alerts the ventilator when to recognize the start of a patientâs spontaneous breath (or breathing effort). When the ventilator recognizes the patientâs effort, it triggers a response, either to provide a mechanical breath or to support a spontaneous one.

Mechanical ventilation is indicated when the patient's spontaneous ventilation is inadequate to maintain life. It is also indicated as prophylaxis for imminent collapse of other physiologic functions, or ineffective gas exchange in the lungs.his may involve a machine called a ventilator or the breathing may be assisted by a registered nurse, physician, physician assistant, respiratory therapist, paramedic, or other suitable person compressing a bag or set of bellows.

The flow of gas/air (flow rate) used to deliver each mechanical breath to the patient. Inspiratory and expiratory times. The total time required for one complete respiratory cycle. Typically, patients are comfortable with an expiratory time two to three times longer than the inspiratory time.

The ventilator can limit or control the inspiratory pressure, volume or time during breath delivery. Measured or mandatory breaths. Also referred to as mechanical breaths, describes breaths initiated by the ventilator delivered according to a consistent volume or pressure. Lung compliance and airway resistance.

What Is Mechanical Ventilation? Mechanical ventilation, in the healthcare setting or home, helps patients breathe by assisting the inhalation of oxygen into the lungs and the exhalation of carbon dioxide. Depending on the patientâs condition, mechanical ventilation can help support or completely control breathing.

What Is Mechanical Ventilation? Mechanical ventilation, in the healthcare setting or home, helps patients breathe by assisting the inhalation of oxygen into the lungs and the exhalation of carbon dioxide.Depending on the patientâs condition, mechanical ventilation can help support or completely control breathing.oncerns how much inspiratory or âtriggerâ effort is required from the ventilator to recognize that the patient is trying to inhale; this can refer to a ventilator setting, but can also be used to describe the ventilatorâs responsiveness to the patientâs breathing effort. Flow of breaths.

Mechanical ventilation. For the use in architecture and climate control, see Ventilation (architecture). Mechanical ventilation is the medical term for artificial ventilation where mechanical means is used to assist or replace spontaneous breathing.

Also referred to as peak flow or inspiratory flow; usually describes a ventilator setting but can be respiratory status the ventilator tracks as the patient breathes. Controls or limits on breathing volume, pressure or time.

Pressure support ventilation (PSV or PS) This is a type of spontaneous breath that can be used in either CPAP or SIMV modes and targets a set inspiratory pressure, much like PC. But the PS inspiration ends as the lung gets full and the delivered flow decreases to a specific valve set by the clinician.

Mechanical ventilation may be defined as the use of a mechanical device to provide. ventilator support for patients. There are 2 types of mechanical ventilation: positive and. negative pressure ventilation. Positive pressure ventilation delivers a positive pressure to. inflate the lungs. Expiration is passive.

Pressure control ventilation (PCV or PC) This is a type of mandatory breath that can be used in either A/C or SIMV modes and targets a specific pressure during inspiration. The delivered flow rate varies according to the patientâs demand and own lung characteristics, such as lung compliance and airway resistance.

Nasotracheal intubation In medicine, mechanical ventilation is a method to mechanically assist or replace spontaneous breathing. Mechanical ventilation is typically used after an invasive intubation, a procedure wherein an endotracheal or tracheostomy tube is inserted into the airway.

Mechanical ventilation is a life support treatment. A mechanical. ventilator is a machine that helps people breathe when they are not. able to breathe enough on their own. The mechanical ventilator is. also called a ventilator, respirator, or breathing machine. Most. patients who need support from a ventilator because of a severe. illness are cared for in a hospitalâs intensive care unit (ICU).

Sensitivity of breathing. Concerns how much inspiratory or âtriggerâ effort is required from the ventilator to recognize that the patient is trying to inhale; this can refer to a ventilator setting, but can also be used to describe the ventilatorâs responsiveness to the patientâs breathing effort. Flow of breaths.


Question: example of monotonic function

Montonic Function. When a function is increasing on its entire domain or decreasing on its entire domain, we say that the function is strictly monotonic, and we call it a monotonic function. For example, consider the function g(x) equals x 3: Notice the graph of g is increasing everywhere. Therefore, this is a monotonic function.

In mathematics, a monotonic function (or monotone function) is a function between ordered sets that preserves or reverses the given order. This concept first arose in calculus, and was later generalized to the more abstract setting of order theory. 1 Monotonicity in calculus and analysis.

To solidify our understanding of what a monotonic function is, let's consider what a non-monotonic function is. A non-monotonic function is a function that is increasing and decreasing on different intervals of its domain. For example, consider our initial example f(x) equals x 2.

Monotonic Function. Monotonic functions are the functions which maintained the order of functions value. As we all know that the variation in independent value also make the variation in functions value. A suitable example for this is monotonic functions or linear polynomials. The monotonic functions maintains the straight line in linear programming graph. This is also called the monotonic nature over the domain and real numbers. A monotonic function increases and decreases over the interval.

Monotonic Function. A monotonic function is a function which is either entirely nonincreasing or nondecreasing. A function is monotonic if its first derivative (which need not be continuous) does not change sign.

monotonic function. Monotonic Function. (or monotone function), a function whose increments Îf(x) = f(xâ²) â f(x) do not change sign when Îx = xâ² â x > 0; that is, the increments are either always nonnegative or always nonpositive. Somewhat inaccurately, a monotonic function can be defined as a function that always varies in the same direction.

The term monotonic may also be used to describe set functions which map subsets of the domain to non-decreasing values of the codomain. In particular, if is a set function from a collection of sets to an ordered set , then is said to be monotone if whenever as elements of , .

The MONOTONIC function is an undocumented SAS function. It needs no input parameters and if any input parameters are provided, these are ingnored. The function counts the number of times it is called and returns an ascending sequence of integers, starting at 1.

Two facts about these functions are: 1 if is a monotonic function defined on an interval, then is differentiable almost everywhere on, i.e. the set of numbers in such that is not differentiable in has Lebesgue measure zero.2 In addition, this result cannot be improved to countable: see Cantor function.f the order in the definition of monotonicity is replaced by the strict order, then one obtains a stronger requirement. A function with this property is called strictly increasing. Again, by inverting the order symbol, one finds a corresponding concept called strictly decreasing.

This is a form of triangle inequality, with n, n', and the goal Gn closest to n. Because every monotonic heuristic is also admissible, monotonicity is a stricter requirement than admissibility. In some heuristic algorithms, such as A*, the algorithm can be considered optimal if it is monotonic.

Two facts about these functions are: 1 if is a monotonic function defined on an interval, then is differentiable almost everywhere on, i.e. the set of numbers in such that is not differentiable in has Lebesgue measure zero. 2 In addition, this result cannot be improved to countable: see Cantor function.

An important application of monotonic functions is in probability theory. If is a random variable, its cumulative distribution function is a monotonically increasing function. A function is unimodal if it is monotonically increasing up to some point (the mode) and then monotonically decreasing. When is a strictly monotonic function, then is injective on its domain, and if is the range of, then there is an inverse function on for.

Figure 1. A monotonically increasing function (it is strictly increasing on the left and right while just non-decreasing in the middle.). Figure 2. A monotonically decreasing function. In calculus, a function f defined on a subset of the real numbers with real values is called monotonic (also monotonically increasing, increasing or non-decreasing), if for all x and y such that x â¤ y one has f (x) â¤ f (y), so f preserves the order (see Figure 1).

Here's the definition of the monotonic function from Wikipedia: In calculus, a function f defined on a subset of the real numbers with real values is called monotonic (also monotonically increasing, increasing or non-decreasing), if for all x and y such that x â¤ y one has f(x) â¤ f(y), so f preserves the order.

In calculus, a function defined on a subset of the real numbers with real values is called monotonic if and only if it is either entirely increasing or decreasing. It is called monotonically increasing (also increasing or nondecreasing), if for all and such that one has, so preserves the order (see Figure 1). Likewise, a function is called monotonically decreasing (also decreasing or nonincreasing) if, whenever, then, so it reverses the order (see Figure 2).

The MONOTONIC function is often presented as a means of adding sequence numbers to table rows. Several papers present it as a solution to this programming problem. However, the function is undocumented and has some limitations, including:

Two facts about these functions are: 1 if is a monotonic function defined on an interval, then is differentiable almost everywhere on, i.e. the set of numbers in such that is not differentiable in has Lebesgue measure zero. 2 if is a monotonic function defined on an interval, then is Riemann integrable.

The MONOTONIC function is often presented as a means of adding sequence numbers to table rows. Several papers present it as a solution to this programming problem. If the MONOTONIC function is used in an SQL procedure that aggregates data then the function may return non-sequential or missing results.

Note that just monotonic transformation of a concave function isnot necessarily concave: consider, for example f (x) = x and g (z) = z 3 .Thus the concavity of a function is not ordinal, it is cardinal property.Economic ExampleSuppose production function f (x) is concave and the cost function c (x) is convex.ote that just monotonic transformation of a concave function isnot necessarily concave: consider, for example f (x) = x and g (z) = z 3 .Thus the concavity of a function is not ordinal, it is cardinal property.Economic ExampleSuppose production function f (x) is concave and the cost function c (x) is convex.


Question: causes of military suicide

Of the deaths, 83 were suicides -- just less than 13%. Mental health in the military: Share your story. Those who had committed suicide generally had been deployed for fewer days in a row than other study participants; being deployed for longer than a year was actually associated with a lower risk of suicide.

Suicide surpassed war as the military's leading cause of death. War was the leading cause of death in the military nearly every year between 2004 and 2011 until suicides became the top means dying for in 2012 and 2013, according to a bar chart published this week in a. Post to Facebook.

Suicide surpassed war as the military's leading cause of death. War was the leading cause of death in the military nearly every year between 2004 and 2011 until suicides became the top means of dying for troops in 2012 and 2013, according to a bar chart published this week in a monthly Pentagon medical statistical analysis journal.

The cohesion and camaraderie of a military unit can induce intense feelings of belonging for many service members. Time away from the unit, however, may result in a reduced or thwarted sense of belonging, as individuals no longer have the daily support of their units and feel separate and different from civilians.

Then, as the two stood just steps apart, Michael saluted, raised a gun to his head and pulled the trigger. Suicide Is Now the Leading Cause of Death Amongst Active-Duty Soldiers. In 2010, for the second year in a row, more American soldiers killed themselves than died in combat. Military officials knew they had an epidemic on their hands, but they didn't know how to mitigate the hyper-complex problem.

Most suicides happen among troops who have not seen combat.. But what about post-traumatic stress disorder? The study authors looked at PTSD as a factor but found that only nine of the 83 people who committed suicide -- about 10% -- had been diagnosed with PTSD or reported experiencing symptoms of PTSD.

â¢ Friendly fire. â¢ Deaths of civilians, particularly women and children. â¢ Discharged from the military. It is not the fear and the terror that service members endure in the battlefield that inflicts most psychological damage, Nash has concluded, but feelings of shame and guilt related to the moral injuries they suffer.

Although historically, the suicide death rates in the U.S. Army have been below the civilian rate, the suicide rate in the U.S. Army began climbing in the early 2000s, and by 2008, it exceeded the demographically-matched civilian rate (20.2 suicide deaths per 100,000 vs. 19.2).ecruitment interviews revealed that 13.9 percent of soldiers considered suicide at some point in their lifetime, 5.3 percent made a suicide plan, and 2.4 percent attempted suicide, with between 47 to 60 percent of these outcomes first occurring prior to joining the Army.

Soldiers in Crisis. The suicide rate for troops deployed in support of the fighting in Iraq and Afghanistan, the study found, was only slightly higher than for troops who did not deploy to that area or remained stateside â 18.86 deaths versus 17.78 deaths per 100,000.The national average is about 13 deaths per 100,000.he study found that the suicide rate for troops who left the military before completing a four-year enlistment was nearly twice that of troops who stayed. The rate for troops who were involuntarily discharged under less-than-honorable conditions for disciplinary infractions was nearly three times higher.

View. comments. The number of suicides among America's troops, averaging nearly one a day this year, has become the second leading cause of death among the military at the fastest pace in the nation's decade of war.

The United States military veteran suicide epidemic is an ongoing phenomenon regarding a reported high rate of suicide among U.S. military veterans, in comparison to the general public.n 2012, 177 active-duty soldiers committed suicide, conversely 176 soldiers were killed in combat. In other words, more soldiers committed suicide compared to being killed in action. In 2012, the study concluded that Army had the highest number of suicides compared to any other service branch.

Meanwhile, a new Pentagon analysis released Tuesday shows that suicide rates in the military were highest among people divorced or separated â with a rate of 19 per 100,000 â 24% higher than troops who are single.

Among full-time soldiers, the suicide rate soared to 29.7 deaths per 100,000 in 2012, well above a 25.1-per-100,000 rate for civilians of a similar age group during 2010, the latest year available, according to a Pentagon report. Among male soldiers, the rate was 31.8-per-100,000.

Suicide rates in the military were traditionally lower than among civilians in the same age range, but in 2004 the suicide rate in the U.S. Army began to climb, surpassing the civilian rate in 2008. Substance use is involved in many of these suicides. The 2010 report of the Army Suicide Prevention Task Force found that 29 percent of active duty Army suicides from fiscal year (FY) 2005 to FY 2009 involved alcohol or drug use; and in 2009, prescription drugs were involved in almost one third of them.

In contrast, the experience of living in a garrison environment (for active component personnel) or returning to a civilian job (for Guardsmen, Reservists and veterans) or, worse, unemployment, can introduce feelings of uselessness. 3.

The findings are the latest in a series of studies prompted by a military suicide rate that has nearly doubled since 2005. The studyâs authors and others cautioned, however, that the findings do not rule out combat exposure as a reason for the increase in suicides, adding that more information was needed.he study found that the suicide rate for troops who left the military before completing a four-year enlistment was nearly twice that of troops who stayed. The rate for troops who were involuntarily discharged under less-than-honorable conditions for disciplinary infractions was nearly three times higher.

Combat Fatalities not the Most Common Cause of Military Deaths. Suicide was the third leading cause of Canadian military deaths after motor vehicle accidents and cancerin a newly published study of 25 years of death records. Even though the jury is out on whether suicide prevention programs work, Lt.-Col.

A total of 1889 individuals died during the study period, and a cause of death was identified for 1710 cases (91%). Traumatic injuries caused 57% of deaths, and medical disease was responsible for 43%. The four leading specific causes of death were motor-vehicle crashes (384 deaths, 22%); neoplasms (374 deaths, 22%); suicide (289 deaths, 17%); and cardiovascular disease (285 deaths, 17%).


Question: do goldfish grow

Depending on his type and his environment, goldfish have the capacity to grow anywhere from around 6 to 15 inches within a very short period of time. If they are kept in tiny aquariums or little bowls, they will still grow, but much more slowly. Those conditions are somewhat cramped for the fish and that will show in ...

Fancy Goldfish (Ryukins, orandas, fan tail, bubble eyes) - Grow about 6 inches. Ranchus, Lion heads, Pearl Scales-grow about 3 - 4 inches. Common Goldfish (comets) - They can reach lengths of 2 feet or more. Koi-grow about 12 - 24 inches, sometimes more.

A: While goldfish can grow up to 18 inches in length and can weigh more than six pounds, most never attain such large size. Goldfish occur in a number of different varieties, and some grow larger than others. The most common goldfish in state fairs and pet shops is the âcommon goldfish.â

The cleanliness of your pet's environment, the kinds of food, and your feeding protocols are all factors. Genetics are the predetermined factor in how big your fish will grow. Goldfish sold as tank suitable will grow to about 10 inches while those sold as pond suitable will reach a maximum of about 18 inches.

In clean, uncrowded conditions in tanks or ponds, goldfish grow fast. They can grow to a few inches (1 to 4 inches) within the first year. It really depends on their genetics and living situation. It may take a year or two before they change color from brown to gold or whatever color their parents were.

pond goldfish like comets, shubunkins, and wakins can grow well over 12inches. fancier varieties like ranchus,lionhead,and orandas can grow over 10 inches. other fancy varieties like ryukins,black moors, fantails, etc. can grow over 6-7 inches. The largest goldfish recorded is over 16 inches.

The rate at which your goldfish grows will depend on several factors and the size of his tank does come into play here. If you keep your goldfish in a small tank and you limit his feeding, he will grow fairly slowly and may not grow to more than 3 or 4 inches before he succumbs to poor health and dies.

Goldfish Only Grow to the Size of Their Enclosure. There is an element of truth to this, but it is not as innocent as it sounds and is related more to water quality than tank size. When properly cared for, goldfish will not stop growing. Most fishes are in fact what are known as indeterminate growers.

Common Goldfish can grow over 90 centimeters and take more than 2 years to max out. I've been told that they don't stop growing, but I don't know how true that is. Fancy Goldfish can grow to about 20 centimeters ant take about 2 years to max out I hope the Goldfish aren't Fancy, Koi can get very nasty.

They vary in their fin configuration, coloration and in their body size, which is directly influenced by their environment. When they are kept as pets in small fish tanks and aquariums, goldfish tend to stay about 1-2 inches long and never grow larger than 6 inches (15 centimeters), according to the DEC. However, in the wild, goldfish often reach 12 to 14 inches (30 to 35 cm) in length.

Goldfish may grow to a maximum length of 23 inches (59 cm) and a maximum weight of 9.9 pounds (4.5 kg), although this is rare; most individual goldfish grow to under half this size. In optimal conditions, goldfish may live more than 20 years (the world record is 49 years); however, most household goldfish generally only live six to eight years.

Fancy goldfish typically grow to 8 inches, while single tail goldfish grow to 10 and sometimes up to 12 inches in length. It's rare for domestic goldfish to achieve the monstrous sizes recorded in the Netherlands and Michigan; these fish were exceptions to the norm.

Small tanks provide poorer water quality than large ones, and will stunt growth in goldfish, often preventing them from reaching their average size of between 8 and 12 inches. But give a goldfish good quality water and lots of space and youâll give him every chance of growing to a good size.

Goldfish commonly grow to over 12 inches. The size of your tank would indicate that it is not really large enough for keeping goldfish in. The basic rule of fishkeeping â¦ is 1 Inch of fish needs a minimum of 1 gallon of water. Goldfish should really be kept in a pond.

When goldfish are in a tiny bowl, they still grow, but much more slowly. It's best to provide at least one gallon of water per full grown fish. This gives goldfish room to swim and explore their home. Plan the aquarium space according to how big the fish can become, not how big he is at the time of purchase.

A: The conditions goldfish are kept in plus their diet determine how large they will grow. I have seen goldfish grow ridiculously large in very small containers when their water was changed frequently. Goldfish will not grow if water conditions are poor. Fancy goldfish donât grow as large as Common goldfish. A good size would be around 5 inches body length for most fancy varieties, 8 inches for Comets and 12 inches for Common Goldfish. These sizes are usually only attained by pond grown fish.

A goldfish will grow to the depth of the water it is kept in. If the tank is not large enough to allow the goldfish to grow, it's growth will be stunted and this can cause the fish to become unhealthy and die. The fancy goldfish do not get as large as the common/comet/shubunkin/feeder goldfish.


Question: what types of food can you cook sous vide

Sous vide is traditionally seen as an alternative method for cooking meats. However, the technique is extremely versatile, meaning all manner of ingredients can be cooked such as: Meat: Pork, Lamb, Beef, Chicken, Duck, Turkey, Quail

What kind of foods can you cook sous vide? Sous vide is traditionally seen as an alternative method for cooking meats. However, the technique is extremely versatile, meaning all manner of ingredients can be cooked such as: Pork, Lamb, Beef, Chicken, Duck, Turkey, Quail.

All kinds! Any type of meatâsuch as beef, pork, lamb, game, or poultryâis ideal for sous vide. It works especially well with fish and seafood, ensuring that these delicate foods are not overcooked. Almost any vegetable can also be cooked sous vide with delicious results, as can eggs and many fruits. You can even use it to make custard-style ice cream base, bÃ©arnaise sauce, crÃ¨me Anglaise, custards, cheese, yogurt, and even cakes.

Beef Index Beef Pork Poultry Fish Misc. Beef is highly recommended for Sous Vide. You can produce some astonishing results with chewy and tough cuts like for instance brisket. Beef must not exceed 60 degrees c. This will result in meat that is gray, chewy and in general bland.

Sous vide is a culinary technique in which vacuum-sealed food is immersed in a water bath and cooked at a very precise, consistent temperature. This cooking technique typically involves cooking food for longer periods of time at a lower temperature.

To cook sous vide, first prepare your food of choice â it can be anything from a steak or a chicken breast to corn on the cob â then place it in a plastic vacuum-sealed or zipper lock bag. Attach your immersion circulator to a pot of water and set the desired time and temperature.

Cooking sous vide is easier than its fancy name might suggest. You simply seal the ingredients in a plastic bag (you can also use a canning jar) and place them in a water bath, a combi oven, or any other cooker that can set and hold a target temperature to within a degree or two.he other steak was cooked sous vide to the same temperature and then seared with a blowtorch to yield a juicier steak that is done to perfection from edge to edge.

Steak is one of the most popular foods to cook for first-time sous-vide enthusiasts, and with good reason. Cooking steak in a skillet or on the grill the traditional way leaves lots of room for error and an over- or undercooked steak is a big mistake to make when there's a Prime-grade dry-aged ribeye on the line.

Sous vide cooking has been called revolutionary. It's been named the best thing for cooking since the microwave. It's also been accused of being wasteful, unnatural, and just plain weird.imply put, sous vide cooking is the process of vacuum-sealing raw food in plastic pouches and cooking it slowly in a temperature-controlled water bath.

Sous-vide is a method of cooking in which food is vacuum-sealed in a plastic pouch or a glass jar and then placed in a water bath or steam environment for longer than normal cooking times at an accurately regulated temperature. The temperature is much lower than normally used for cooking, typically around 55 to 60 Â°C for meat, higher for vegetables. The intent is to cook the item evenly, ensuring that the inside is properly cooked without overcooking the outside, and to retain moisture.

With a sous vide cooker, you can cook your eggs anywhere from just-set-enough-that-they-break-when-you-touch-them, to a rich, fudge-like consistency, to hard-boiled with no hint of chalkiness in the yolk. Cooking eggs sous vide also allows you to make flawlessly egg-shaped poached eggs time after time.

Sous-vide. Sous-vide is a method of cooking food sealed in airtight plastic bags in a water bath for longer than normal cooking timesâ72 hours in some casesâat an accurately regulated temperature much lower than normally used for cooking, typically around 55 Â°C to 60 Â°C for meats and higher for vegetables.

Sous-vide (/suËËviËd/; French for under vacuum)[1] is a method of cooking in which food is vacuum-sealed in a plastic pouch and then placed in a water bath or steam environment for longer than normal cooking times (usually 1 to 7 hours, up to 48 or more in some cases) at an accurately regulated temperature much lower than normally used for cooking ...

Top Posts & Pages. 1 5 Common Misconceptions About Sous Vide Cooking. 2 Eight Things to Do With Simple Syrup. 3 10 Foods You Didn't Know You Could Cook Sous Vide. 4 Midnight Snack Video: Turbot with Zucchini Flower from Daniel Humm of Eleven Madison Park. 5 Make a Three-, Five-, or Seven-Course Version of our Tasting Menu!

Sous-Vide Glazed Carrots Â». I'm the first to admit that sous-vide is not the best way to cook everything, and that goes for the majority of my favorite vegetables. Peas, asparagus, rampsâall those delicious, fresh spring flavors do better with a quick blanch or a sautÃ©. That said, there are some vegetables for which sous-vide cooking can't be beat. For me, carrots top that list. When cooked in a sealed bag with a little bit of butter, sugar, and salt, the natural flavor of the carrot intensifies into a sweeter, stronger, and downright tastier version of itself.

Foods cooked sous vide need to be finished via a higher-heat method if browning and crispness are what you're after. For chicken, that means putting it in a skillet with hot oil or on top of a grill. Check out the step-by-step directions above for more details.

Before we get into some of the more common untruths surrounding sous vide, letâs clear something up: sous vide does not mean boiling food in a bag. Common boil-in-a-bag foods, like packaged rice and ready-made Indian dishes, involve bringing water to a boil and then placing the vacuum-packed food in the water to heat it.

Food safety is a function of both time and temperature; a temperature usually considered insufficient to render food safe may be perfectly safe if maintained for long enough. Some sous-vide fish recipes, for example, are cooked below 55 Â°C (131 Â°F).


Question: anthropological definition of environment

Definition of Environment. Environment: The sum of the total of the elements, factors and conditions in the surroundings which may have an impact on the development, action or survival of an organism or group of organisms. Last Editorial Review: 6/9/2016.

3 Concept of environment. The environment is a system consisting of natural and artificial elements that are interrelated and which are modified by human action. It's the environment that affects the way of life of the society, including natural, social and cultural values that exist in a place and time.

environment noun (NATURE). âº earth science [U] the âair, âwater, and âland in or on which âpeople, âanimals, and âplants âlive: Weâre âtrying to âprotect the environment from âpollution.

Definition of environment: The sum total of all surroundings of a living organism, including natural forces and other living things, which provide conditions for development and growth as well as of danger and damage. See ...

Ecological anthropology is defined as the study of cultural adaptations to environments. The sub-field is also defined as, the study of relationships between a population of humans and their biophysical environment .he abstract noun anthropology is first attested in reference to history. Its present use first appeared in Renaissance Germany in the works of Magnus Hundt and Otto Casmann. Their New Latin anthropologia derived from the combining forms of the Greek words anthrÅpos (Ã¡nthrÅpos, á¼Î½Î¸ÏÏÏÎ¿Ï ) human and (logos, lÃ³gos ). Î»ÏÎ³Î¿Ï study

Definition of Environment. Environment: The sum of the total of the elements, factors and conditions in the surroundings which may have an impact on the development, action or survival of an organism or group of organisms. Search MedTerms:

Environmental anthropology is a sub-specialty within the field of anthropology that takes an active role in examining the relationships between humans and their environment across space and time.pplied anthropology utilizes these understandings to work with people on a local basis as well as trying to satisfy share holders working to gain a resolution for problems related to health, education, social welfare, development and environmental protection.

Definition of environment: The sum total of all surroundings of a living organism, including natural forces and other living things, which provide conditions for development and growth as well as of danger and damage. See also environmental factors.

environment. 1 the aggregate of surrounding things, conditions, or influences; surroundings; milieu. 2 Ecology. the air, water, minerals, organisms, and all other external factors surrounding and affecting a given organism at any time. 3 the social and cultural forces that shape the life of a person or a population.

Concept of environment. In the general theory of systems, an environment is a complex of external factors that Act on a system and determine their course and their way of existence. An environment could be considered a superset in which the given system is a subset.

environment (envÄ«Â´rÉnment, en-vÄ«Â´urnment) , n the aggregate of all the external conditions and influences affecting the life and development of an organism. environment, extracellular, n the external, or interstitial, environment provided and maintained for the tissue cells.

Definition: Environment literally means surrounding and everything that affect an organism. during its lifetime is collectively known as its environment. In another words âEnvironment is sum total of water, air and land interrelationships. among themselves and also with the human being, other living organisms and propertyâ. It includes all the physical and biological surrounding and their interactions.

Definition of environment - the surroundings or conditions in which a person, animal, or plant lives or operates, the natural world, as a whole or in a partic Definition of environment - the surroundings or conditions in which a person, animal, or plant lives or operates, the natural world, as a whole or in a partic dictionary thesaurus

environment(Noun) The surroundings of, and influences on, a particular item of interest. environment(Noun) The natural world or ecosystem. environment(Noun) All the elements over which a designer has no control and that affect a system or its inputs and outputs.

the aggregate of surrounding things, conditions, or influences; surroundings; milieu. 2. Ecology. the air, water, minerals, organisms, and all other external factors surrounding and affecting a given organism at any time. 3. the social and cultural forces that shape the life of a person or a population.

Definition of environment for English Language Learners. : 1 the conditions that surround someone or something : the conditions and influences that affect the growth, health, progress, etc., of someone or something. 2 the environment : the natural world.

environment in Medicine. environment enÂ·viÂ·ronÂ·ment (Än-vÄ«'rÉn-mÉnt, -vÄ«'Érn-) n. The totality of circumstances surrounding an organism or group of organisms, especially the combination of external physical conditions that affect and influence the growth, development, and survival of organisms.

If our environment cools, then messages from the skin alert the body's thermostat. ...the maintenance of a safe environment for marine mammals. habitat, home, surroundings, territory, terrain, locality, natural home

environment. The sum total of all surroundings of a living organism, including natural forces and other living things, which provide conditions for development and growth as well as of danger and damage.

1 Meaning of environment. Environment means everything around to a living being. Especially the circumstances of life of people or society in their life conditions. It comprises the set of natural, social and cultural values existing in a place and at a particular time, that influence in the life of the human being and in the generations to come.


Question: axon terminals or synaptic knob definition

Axons usually have thousands of terminal branches that each end as a bulbous enlargement called a synaptic knob or synaptic terminal. Synaptic knobs contain several membrane-bounded synaptic vesicles that are 40 to 100 nanometers in diameter.

Presynaptic Knob Definition of Presynaptic Knob :An area at the end of an axon that contains neurotransmitters in synaptic vesicles. Presynaptic Knob is part of the Chemical Synapse Component group.

noun, singular: axon terminal. Button-like endings of axons through which axons make synaptic contacts with other nerve cells or with effector cells. Supplement. Axon terminals refer to the axon endings that are somewhat enlarged and often club-or button-shaped.Axon terminals are that part of a nerve cell that make synaptic connections with another nerve cell or with an effector cell (e.g. muscle cell or gland cell).Axon terminals contain various neurotransmitters and release them at the synapse.oun, singular: axon terminal. Button-like endings of axons through which axons make synaptic contacts with other nerve cells or with effector cells. Supplement. Axon terminals refer to the axon endings that are somewhat enlarged and often club-or button-shaped.

April 7, 2013. refers to the end of an axon or an axon branch, which forms a synapse on a neuron or other target. See also terminal button. AXON TERMINAL: The axon terminal of a neuron is most commonly located at the end of the axon, nearest to the synaptic cleft..

Definition. noun, singular: axon terminal. Button-like endings of axons through which axons make synaptic contacts with other nerve cells or with effector cells. Supplement.

April 29, 2013. the terminal part of an axon from which a neural signal is rendered, via dispersion of a neurotransmitter, across a synapse to a nearby neuron. TERMINAL BUTTON: The terminal button is commonly referred to as the synaptic button, end button, button terminal, terminal bulb, and synaptic knob..

Axon terminals refer to the axon endings that are somewhat enlarged and often club-or button-shaped. Axon terminals are that part of a nerve cell that make synaptic connections with another nerve cell or with an effector cell (e.g. muscle cell or gland cell).

axon terminal = synaptic end bulb - The swollen or knob-like distal endings to the terminal branches of axons (and axon collaterals) which house the secretory components of the neuron; the site of synthesis, packaging, storage and release of neurotransmitter molecules.

At the terminal end of the axon is a branched structure with ends called synaptic knobs. From this structure chemical signals can be sent to neighboring neurons. Transmission of nerve impulse along the axon

Answered by The Community. Making the world better, one answer at a time. When a nerve impulse reaches the synaptic knob at the end of an axon, synaptic vesicles release a neurotransmitter that diffuses across the synaptic cleft and binds to specific receptors on the postsyanptic membrane. Above From:Hole's essentials of Human Anatomy & Physiology (tenth edition).

Psychology Definition of AXON TERMINAL: refers to the end of an axon or an axon branch, which forms a synapse on a neuron or other target. See also terminal button. Sign in

Button-like endings of axons through which axons make synaptic contacts with other nerve cells or with effector cells Supplement Axon terminals refer to the axon endings that are somewhat enlarged and often club- or button-shaped. Axon terminals are that part of a nerve cell that make synaptic connections with another nerve cell or with an effector cell (e.g. muscle cell or gland cell). Axon terminals contain various neurotransmitters and release them at the synapse.

axon. the process of a nerve cell along which impulses travel away from the cell body. It branches at its termination, forming synapses at other nerve cells or effector organs.

Psychology Definition of TERMINAL BUTTON: the terminal part of an axon from which a neural signal is rendered, via dispersion of a neurotransmitter, across a synapse to a nearby neuron TERMINAL BUTTON: The terminal button is commonly referred to as the synaptic button, end button, button terminal, terminal bulb, and synaptic knob. Related Psychology Terms axon terminal

The synapse is located at the end of each axonal end branch. Here the end branch forms a small button-like knob, referred to as the synaptic knob. This knob is adjacent to a tiny cleft or synapse. When a nerve impulse reaches this knob, a drug called a neurotransmitter is released from vesicles into the synapse. The neurotransmitter diffuses across the gap and binds to receptors on the membrane of the adjacent neuron or muscle cell.

An axon terminal is the structure of a neuron (a single cell of the central or peripheral nervous system) at the end of it's axon that forms a synapse with another neuron. Generally, the axon terminal is the point at which a neuron passes information to the neurons with which it is connected.

Axon terminals (also called synaptic boutons) are distal terminations of the branches of an axon. An axon nerve fiber is a long, slender projection of a nerve cell, or neuron, that conducts electrical impulses (called action potentials) away from the neuron's cell body, or soma, in order to transmit those impulses to other neurons.


Question: exons definition biology

Definition of exon. : a polynucleotide sequence in a nucleic acid that codes information for protein synthesis and that is copied and spliced together with other such sequences to form messenger RNA â compare intron.

Medical Definition of exon. : a polynucleotide sequence in a nucleic acid that codes information for protein synthesis and that is copied and spliced together with other such sequences to form messenger RNAâcompare intron.

For other uses, see Exon (disambiguation) . An exon is any part of a gene that codes for a part of the final mature RNA product of that gene after introns have been removed by RNA splicing. The term exon refers to both the DNA sequence within a gene and to the corresponding sequence in RNA transcripts.In RNA splicing, introns are removed and exons are covalently joined to one another as part of generating the mature messenger RNA.he term exon refers to both the DNA sequence within a gene and to the corresponding sequence in RNA transcripts.

For other uses, see Exon (disambiguation). An exon is any part of a gene that will become a part of the final mature RNA produced by that gene after introns have been removed by RNA splicing. The term exon refers to both the DNA sequence within a gene and to the corresponding sequence in RNA transcripts. In RNA splicing, introns are removed and exons are covalently joined to one another as part of generating the mature messenger RNA.

For other uses, see Exon (disambiguation) . An exon is any part of a gene that codes for a part of the final mature RNA product of that gene after introns have been removed by RNA splicing. The term exon refers to both the DNA sequence within a gene and to the corresponding sequence in RNA transcripts.In RNA splicing, introns are removed and exons are covalently joined to one another as part of generating the mature messenger RNA.n exon is any part of a gene that codes for a part of the final mature RNA product of that gene after introns have been removed by RNA splicing.

For other uses, see Exon (disambiguation) . An exon is any part of a gene that codes for a part of the final mature RNA product of that gene after introns have been removed by RNA splicing. The term exon refers to both the DNA sequence within a gene and to the corresponding sequence in RNA transcripts. In RNA splicing, introns are removed and exons are covalently joined to one another as part of generating the mature messenger RNA.

The nucleic acid sequence in the DNA, or RNA transcript following genetic splicing. Supplement. Genes contain exons which are regions coding for proteins and which are interrupted by the unused sequences called introns. Exons have been found to include both sequences coding for amino acids and untranslated sequences. The introns are removed and the exons are joined together to form the final functional mRNA. Related forms: exonic (adjective). Compare: intron. See also: DNA, RNA, translation, mRNA, protein synthesis.

Exon. any nucleotide sequence encoded by a gene that remains present within the final mature RNA product of that gene after introns have been removed by RNA splicing. The term exon refers to both the DNA sequence within a gene and to the corresponding... enâ.wikipediaâ.orgâ/wikiâ/Exon.

An exon is any part of a gene that will encode a part of the final mature RNA produced by that gene after introns have been removed by RNA splicing. The term exon refers to both the DNA sequence within a gene and to the corresponding sequence in RNA transcripts. In RNA splicing, introns are removed and exons are covalently joined to one another as part of generating the mature messenger RNA.

An exon is any part of a gene that codes for a part of the final mature RNA product of that gene after introns have been removed by RNA splicing.The term exon refers to both the DNA sequence within a gene and to the corresponding sequence in RNA transcripts.In RNA splicing, introns are removed and exons are covalently joined to one another as part of generating the mature messenger RNA.he term exon refers to both the DNA sequence within a gene and to the corresponding sequence in RNA transcripts.

By definition, exons and introns are sequences in a protein-coding gene region of a double-stranded DNA molecule (dsDNA) that are expressed as proteins, or intervening sequences not so expressed. The exon and intron sequences are typicallly visualized as the Sense Strand of the dsDNA, written 5'-3', left to right.

An exon is any part of a gene that codes for a part of the final mature RNA product of that gene after introns have been removed by RNA splicing.The term exon refers to both the DNA sequence within a gene and to the corresponding sequence in RNA transcripts.In RNA splicing, introns are removed and exons are covalently joined to one another as part of generating the mature messenger RNA.n exon is any part of a gene that codes for a part of the final mature RNA product of that gene after introns have been removed by RNA splicing.

Exon (disambiguation). may refer to: Exon, a region of DNA that is represented in the mature form of RNA | Exoniensis or Exon., the Post-Nominal Letters for alumni / degrees from the University of Exeter | Exon can also refer to the signature of the Bishop of Exeter | J... enâ.wikipediaâ.orgâ/wikiâ/Exon (disambiguation).

A portion of DNA that codes for a section of the mature messenger RNA obtained from that DNA, and is therefore expressed (translated into protein) at the ribosome. [ex- + on]. /exÂ·on/ (ekÂ´son) the coding region in a gene.

Exons are expressing sequences within a pre-mRNA molecule that are spliced together once introns are removed to form mature mRNA molecules that are translated into proteins. Alternative splicing allows for the production of various protein isoforms from one single gene coding.

Introns and exons are parts of genes. exons code for proteins, whereas introns do not. Exons are parts of DNA that are converted into mature messenger RNA . The process by which DNA is used as a template to create mRNA is called transcription.

Exons vs Introns. Exons and introns are related to genes. An exon is termed as a nucleic acid sequence which is represented in the RNA molecule. Introns, on the other hand, are termed as nucleotide sequences seen within the genes which are removed through RNA splicing for generating a mature RNA molecule.. Exons can be termed as DNA bases which are translated into mRNA. Introns are also DNA bases that are found in between exons. 6. Introns are very much common in the genome of higher vertebrates such as human beings and mice but unlikely to be seen in the genome of certain varieties of eukaryotic micro-organisms.


Question: causes of left ventricular hypertrophy

Left ventricular hypertrophy is a thickening of the wall of the heart's main pumping chamber. This thickening may result in elevation of pressure within the heart and sometimes poor pumping action. The most common cause is high blood pressure.

Left ventricular hypertrophy (LVH) occurs when the muscle tissue in the heartâs main pumping chamber becomes enlarged. LVH is often caused by high blood pressure or other heart problems and can lead to serious complications, such as heart disease, heart attack and heart failure.

Several underlying conditions can contribute to or influence the enlargement of the heart muscle in the left ventricle. Hypertension is the most common cause, setting the stage for left ventricular hypertrophy once a personâs blood pressure exceeds the normal level of 140/90 mm Hg. Aside from hypertension, the condition known as aortic valve stenosis is also a common cause of the hypertrophic changes in the heart.

Left ventricular hypertrophy can occur when some factor makes your heart work harder than normal to pump blood to your body. Factors that can cause your heart to work harder include: High blood pressure (hypertension). This is the most common cause of left ventricular hypertrophy. More than one-third of people show evidence of left ventricular hypertrophy at the time of their diagnosis with hypertension. Aortic valve stenosis.

By Mayo Clinic Staff. Left ventricular hypertrophy can occur when some factor makes your heart work harder than normal to pump blood to your body. Factors that can cause your heart to work harder include: High blood pressure (hypertension). This is the most common cause of left ventricular hypertrophy. More than one-third of people show evidence of left ventricular hypertrophy at the time of their diagnosis with hypertension.

Left ventricular hypertrophy is enlargement and thickening (hypertrophy) of the walls of your heart's main pumping chamber (left ventricle). Left ventricular hypertrophy can develop in response to some factor â such as high blood pressure or a heart condition â that causes the left ventricle to work harder. As the workload increases, the muscle tissue in the chamber wall thickens, and sometimes the size of the chamber itself also increases.

Causes of Right Ventricular Hypertrophy. There are four usual causes of right ventricular hypertrophy. The first one is pulmonary hypertension. As stated earlier, pulmonary hypertension is a condition wherein the blood pressure increases in the pulmonary artery. And this can lead to shortness of breath, dizziness and fainting.

Chamber Hypertrophy and Enlargment. In hypertrophy the heart muscle becomes thicker. This can have different causes. Left ventricular hypertrophy results from an increase in left ventricular workload, e.g., during hypertension or aortic valve stenosis. Right ventricular hypertrophy results from an increase in right ventricular workload, e.g., emphysema or pulmonary embolization. These causes are fundamentally different from hypertrophic obstructive cardiomyopathy (HCM), which is a congenital misalignment of cardiomyocytes, resulting in hypertrophy.

Left ventricular hypertrophy is more common in people who have uncontrolled high blood pressure. But no matter what your blood pressure is, developing left ventricular hypertrophy puts you at higher risk for a heart attack and stroke. Treating high blood pressure can help ease your symptoms and may reverse left ventricular hypertrophy.

While ventricular hypertrophy occurs naturally as a reaction to aerobic exercise and strength training, it is most frequently referred to as a pathological reaction to cardiovascular disease, or high blood pressure. It is one aspect of ventricular remodeling. While LVH itself is not a disease, it is usually a marker for disease involving the heart.

See the Mayo Clinic webpage Left ventricular hypertrophy (LVH). Itâs the thickening of the muscle of the left ventricle, usually because pumping against a higher resistance (hypertension, aortic valve defects) or as part of a hereditary heart muscle disease (hypertrophic cardiomyopathy). Itâs correlated with more heart failure, more heart attacks, more deaths.

Glossary of Terms. Cardiac Hypertrophy. Cardiac hypertrophy is a thickening of the heart muscle (myocardium) which results in a decrease in size of the chamber of the heart, including the left and right ventricles. A common cause of cardiac hypertrophy is high blood pressure (hypertension) and heart valve stenosis.

The last common cause of right ventricular hypertrophy is the ventricular septal defect. This is a disease affecting the ventricular septum. The ventricular septum, on the other hand, is the wall that divides the right and left ventricles of the heart. Symptoms of Right Ventricular Hypertrophy

(Page 2) The most common causes of right ventricle hypertrophy (RVH) are diseases that damage the lung like emphysema and cystic fibrosis. These diseases destroy blood vessels in the lung, causing increased pressure in the remaining vessels.

Patients who present with a thickened left ventricle are likely suffering from left ventricular hypertrophy (LVH). There are a few different causes of LVH. It is a strong indicator of potential coronary complications, and there is a strong correlation between certain types of LVH and morbidity and mortality.

What is Left Ventricular Hypertrophy? Left ventricular hypertrophy is a disorder of the heart involving the enlargement or thickening of the wall of cardiac muscle situated in the chamber of the heart known as the left ventricle.

Right ventricular hypertrophy. Description, Causes and Risk Factors: Abbreviation: RVH. Right ventricular hypertrophy is the increase or the enlargement in the size of the right ventricle of the heart. The right ventricle is responsible for pumping blood towards the lungs. In the lungs, blood is mixed with oxygen and then pumped back to the left ventricle to be eventually distributed to the brain and to other parts of the body. There are several possible causes of right ventricular hypertrophy.


Question: how is the weather in jamaica

The coolest times in Jamaica are the winter months of December to February. The average temperature at this time is 75 Â°F. Winter temperatures vary with the summer temperatures by 10 Â°F to 23 Â°F.Remember our climate is cool and not cold.or the most part, the average temperature in Jamaica is between 80 Â°F and 90 Â°F (27 Â°FCelsius-29 Â°Celsius). Luckily, the weather in Jamaica is always vacation friendly. You will hardly experience long periods of rain fall, and you will become accustomed to weeks upon weeks of sunny weather.

The coolest times in Jamaica are the winter months of December to February. The average temperature at this time is 75 Â°F. Winter temperatures vary with the summer temperatures by 10 Â°F to 23 Â°F. Remember our climate is cool and not cold. Thatâs because Jamaica does not have a âcoldâ weather; in fact, our winter is relatively warm when compared to New York, Miami, England and Canada.

Quick Answer. The climate in Jamaica is tropical and humid with warm to hot temperatures all year round. The average temperature in Jamaica is between 80 and 90 degrees Fahrenheit. Jamaican nights are considerably cooler than the days, and the mountain areas are cooler than the lower land throughout the year. Continue Reading.

A: The climate in Jamaica is tropical and humid with warm to hot temperatures all year round. The average temperature in Jamaica is between 80 and 90 degrees Fahrenheit. Jamaican nights are considerably cooler than the days, and the mountain areas are cooler than the lower land throughout the year.

You will find the mountainous area cooler than the lower lying land right throughout the year. It is always important to know what the weather in Jamaica will be like before you plan and take your vacation. For the most part, the average temperature in Jamaica is between 80 Â°F and 90 Â°F (27 Â°FCelsius-29 Â°Celsius). Luckily, the weather in Jamaica is always vacation friendly. You will hardly experience long periods of rain fall, and you will become accustomed to weeks upon weeks of sunny weather.

Regardless of when you visit, the tropical climate and warm temperatures of Jamaica essentially guarantee beautiful weather during your vacation. Average temperatures in Jamaica range between 80 degrees Fahrenheit and 90 degrees Fahrenheit, with July and August being the hottest months and February the coolest. Temperatures in Jamaica generally vary approximately 10 degrees from summer to winter. Nevertheless, you should be prepared for winter in Jamaica to be slightly cooler, especially at the higher altitudes. In the mountains, the thermometer can dip to 40 degrees Fahrenheit (4 degrees Celsius).

Jamaica is an overall sunny climate with minimal periods of extended rainfall outside of its rainy season. When it does rain in Jamaica, it typically rains for short periods of time, and the rainfall is light. It is what is known as a tropical marine climate in which the winds swiftly carry the marine air to the lower land. The coolest season of the year in Jamaica is winter when the average daily temperature is approximately 82 degrees Fahrenheit.

Weather in Jamaica. The weather patterns you'll encounter in Jamaica can vary dramatically around the island. Photo credit: Â© Dennis Sabo | Dreamstime.com. Regardless of when you visit, the tropical climate and warm temperatures of Jamaica essentially guarantee beautiful weather during your vacation. Average temperatures in Jamaica range between 80 degrees Fahrenheit and 90 degrees Fahrenheit, with July and August being the hottest months and February the coolest.

Learn About the Weather of Jamaica The weather patterns you'll encounter in Jamaica can vary dramatically around the island Regardless of when you visit, the tropical climate and warm temperatures of Jamaica essentially guarantee beautiful weather during your vacation. Average temperatures in Jamaica range between 80 degrees Fahrenheit and 90 degrees Fahrenheit, with July and August being the hottest months and February the coolest.

Jamaica has a tropical climate with hot and humid weather at sea level. The higher inland regions have a more temperate climate. (Bring a light jacket just in case you travel to the mountains where temperatures can be 10 degrees cooler or in case you go on a windy boat ride). Our average annual temperature is between 80-86Â°F (27-30Â°C).

Nevertheless, you should be prepared for winter in Jamaica to be slightly cooler, especially at the higher altitudes. In the mountains, the thermometer can dip to 40 degrees Fahrenheit (4 degrees Celsius). The rainiest weather in Jamaica occurs in May and June and again in October and November and can sometimes extend into December. While the average annual rainfall is 50.7 inches, accumulation varies dramatically across the island.

Jamaicaâs winter months are November, December, January, February, March and April. Temperatures range from 20 to 31 degrees Celsius (68 to 89 degrees Fahrenheit) and the island nation experiences less rainfall. The winter months are the perfect time to visit Jamaica and enjoy the islandâs tropical maritime climate.he leeward side of Jamaica experiences less rain and less humidity. The Blue Mountains tend to be much cooler than Jamaica's beach towns. Temperatures in Jamaica average between 20 and 35 degrees Celsius (68 to 95 degrees Fahrenheit) throughout year.

Temperatures in Jamaica average between 20 and 35 degrees Celsius (68 to 95 degrees Fahrenheit) throughout year. The summer months of May, June, July, August, September and October are slightly warmer than the winter months.ea temperature in Jamaica in December: 26Â°C, 79Â°F. Average rainfall in December: 25mm, 0.9in. Events: The town of Negril and its famous Seven Mile Beach is host to the annual Reggae Marathon, where Usain Bolts and regular holidaymakers jog along the beautiful beaches of Jamaica to the beat of reggae tunes.


Question: what is theraderm used for

The main ingredient in this Theraderm cream is lanolin, which is a chemical obtained from sheepâs wool. Lanolin is often used in skin care products because of its ability to boost the natural moisture barrier, as well as the ability to draw moisture to the application site.

Theraderm is a manufacturer of clinical-grade skin care products, including anti-aging creams and moisturizers, as well as an acne system under an alternate brand: Reversion. The company was founded in 1996 by James Beckman, M.D., and is headquartered in Springdale, Arkansas.

Thermi-RF is a unique treatment that has the potential to lift and smooth sagging skin almost anywhere on your body. There are two modes: One on the skin surface, and one acting below your skin. Thermi-RF is thermistor controlled radio frequency.The simple description is that it offers very localized controlled heating of your skin and subcutaneous tissue. With continuous temperature monitoring, the risk of unplanned injury is minimized.hermi-RF is thermistor controlled radio frequency. The simple description is that it offers very localized controlled heating of your skin and subcutaneous tissue. With continuous temperature monitoring, the risk of unplanned injury is minimized.

In 1996, the company was founded (initially as Therapon Skin Health), and even more research and development led to the four-step Skin Renewal System, which is still sold by the company today, along with a number of other products that each target a unique skin concern.

Nowadays there are many skin care brands, like Theraderm, which are actively promoted by doctors and dermatologists. This is an interesting approach, because it boosts the image of the products through the associated skin care expertise of a doctor.

ThermaSculpting â Thermi RF. ThermaSculpting uses ThermiRF technology that achieves both improved contouring and tightening in the same treatment for a more reliable, less painful and safer procedure to treat small areas of fat tissue and lifting for patients that do not want to undergo more invasive procedures.hermaSculpting â Thermi RF. ThermaSculpting uses ThermiRF technology that achieves both improved contouring and tightening in the same treatment for a more reliable, less painful and safer procedure to treat small areas of fat tissue and lifting for patients that do not want to undergo more invasive procedures.

As such, the infrared thermometer is useful for measuring temperature under circumstances where thermocouples or other probe type sensors cannot be used or do not produce accurate data for a variety of reasons.

Infrared Thermometers. Handheld Infrared (IR) Thermometers are widely used throughout many industries and work environments to determine surface temperature. Elevated temperatures are often the first sign of trouble for mechanical equipment, electrical circuits and building systems.

Theraderm Skin Renewal System. Theraderm Skin Renewal System is described as a total skincare system that may produce younger looking skin. This 5-product system is said to reduce fine lines, take care of rough skin and address sun damage. However, this system has received some low scores on consumer-driven websites that rate anti-aging products, which makes us wonder if this system does not live up to expectations.

Powerflex Hydraulic Hoses. 'MASS' make thermowells are design to protect the temperature gauges from various corrosive media, Pressure, Viscous material or Velocity and abrasive's. A thermowell design permits quick removal and easy fitment of thermometer for replacement, repair and testing.

ThermiRF delivers the in-between solution for frown lines, laxity and other cosmetic concerns. ThermiRF is a new micro invasive technology that uses radiofrequency (RF) energy to target tissue below the skin instead of above the skin. A tiny probe in inserted through a needle hole. The probe has an electrode at the tip that emits tiny burst of radiofrequency energy, heating the tissue to a desired temperature.

The receptor in the hypothalamus and the receptor in the skin. The receptor in the hypothalamus is used to monitor the temperature of the blood that passes through the brain; this is considered as the core temperature of the body. The receptor in the skin is used as a monitor of the external environment.

Thermowells for temperature instruments are recommended for all. process systems where pressure, velocity or viscous, abrasive and. corrosive materials are present individually or in combination. A. properly selected thermowell will protect the temperature instrument. from possible damage resulting from these process variables. Furthermore, a thermowell permits removal of the temperature.

Before & After Photos. Thermi RF is a minimally-invasive treatment to both remove excess fat and tighten loose skin. It uses radiofrequency energy to heat fat cells which are eventually drained from the body through urination.No downtime is required after Thermi RF, making it an ideal choice for todayâs busy, jam-packed lifestyles.he areas to be treated with Thermi RF are cleansed and a gel is applied to the skin. The cool tip of the handpiece is then placed onto the skin. As the Thermi RFâs radiofrequency energy is sent through the skin, you will feel a soothing, warm, sensation.

A non-contact infrared thermometer is useful for measuring temperature under circumstances where thermocouples or other probe-type sensors cannot be used or do not produce accurate data for a variety of reasons. non-adjustable thermometer may be used to measure the temperature of a reflective surface by applying a non-reflective paint or tape, with some loss of accuracy. A sensor with an adjustable emissivity setting can also be used to calibrate the sensor for a given surface, or to measure the emissivity of a surface.

Infrared thermography is the use of an infrared thermal imaging system to detect, display, and record thermal patterns and temperature values across a given surface. The concept of infrared thermography is simple (how does thermal imaging work).All objects above absolute zero or zero Kelvin emit infrared radiation.While infrared energy is invisible to the human eye, it is detectable with a thermal imager, also known as an infrared camera.he concept of infrared thermography is simple (how does thermal imaging work). All objects above absolute zero or zero Kelvin emit infrared radiation. While infrared energy is invisible to the human eye, it is detectable with a thermal imager, also known as an infrared camera.

Thermogel is an advanced fire protection system for both commercial and domestic applications. Visit out website for more information.

The word is a portmanteau of thermal and resistor. Thermistors are widely used as inrush current limiter, temperature sensors (NTC type typically), self-resetting overcurrent protectors, and self-regulating heating elements.f is positive, the resistance increases with increasing temperature, and the device is called a positive temperature coefficient (PTC) thermistor, or posistor. If is negative, the resistance decreases with increasing temperature, and the device is called a negative temperature coefficient (NTC) thermistor.

Quick Tips #370. 1 Handheld Infrared (IR) Thermometers are widely used throughout many industries and work environments to determine surface temperature. Elevated temperatures are often the first sign of trouble for mechanical equipment, electrical circuits and building systems.

Digital Infrared Thermal Imaging, or Thermography is a non invasive test of physiology (the science that deals with the functioning of the organism and its parts). It is a valuable procedure for alerting your doctor to changes that can indicate early stage breast disease and in the evaluation of unexplained pain.n 1982 the FDA (Food and Drug Administration) approved breast thermography as an adjunctive diagnostic breast cancer screening procedure. Thermography is not only used in medical applications, but also in industry, veterinary medicine, and dentistry.


Question: what is an aml surveillance analyst

AML Analysts are responsible for detecting and monitoring suspicious transactions in an effort to prevent money laundering. A typical AML Analyst resume usually describes duties such as implementing anti money laundering procedures, assessing daily financial activity, and preparing regular reports to AML Compliance Officers.

The BSA / AML Analyst is responsible for monitoring and investigating customer transactions under applicable anti-money laundering and anti-terrorist financing laws.

Team Lead AML Analyst. 1 Promoted to team leader responsible for training new AML hires on complying with companyâs due diligence procedures and regulatory mandates. 2 Initiated, processed, closed, and documented investigations per Know Your Customer, USA PATRIOT Act, Section 326, Bank Secrecy Act.

JOB SUMMARY A Senior BSA/AML Analyst is responsible for maintaining certain aspects of the Bank's BSA/AML compliance program and assists in meeting and maintaining BSA/AML compliance requirements of the Bank.

TEMENOS. Anti-money laundering (AML) software is a type of computer program used by financial institutions to analyze customer data and detect suspicious transactions.Download this guide to become a Web App Security superhero.nti-money laundering (AML) software is a type of computer program used by financial institutions to analyze customer data and detect suspicious transactions. Download this guide to become a Web App Security superhero.

Provide leadership and guidance of daily processes and act as the go to person for daily issues. Specific responsibilities include but are not limited to: Reporting to the Scenario Review Manager, the Senior Analyst will be conducting all analytical activities related to AML transaction monitoring systems....

The primary purpose of this position is to review and analyze account activity for possible money laundering, terrorist financing and fraud using various methods, such as (but not limited to) an automated AML monitoring system, analytic reports, notification from other banking personnel and transactional testing.

The BSA/AML Analyst II is responsible for assisting with anti-money laundering and compliance initiatives. Three (3) to five (5) years of BSA related experience is required. southeastapply.com

Job Classification: Contract An Anti-Money Laundering Analyst job is newly available in Phoenix, AZ. If you have two (2) plus yearsâ of experience as an AML Analyst then this may be the next perfect position for you. This opportunity will require strong p...

Anti-money laundering (AML) is a term mainly used in the financial and legal industries to describe the legal controls that require financial institutions and other regulated entities to prevent, detect, and report money laundering activities.

I am the creator and owner of the LinkedIn Groups âACAMS / CAMS Exam Study Forum (unofficial)â and âAML Investigatorsâ Forumâ. My blog (AMLAssassin) covers Anti-Money Laundering (AML) and Counter Terrorist Financing (CTF) terms, methods, and guidance for the AML Investigator.

Financial Crimes Compliance Analyst âDue Diligence, reporting to the Due Diligence Manager, will be responsible for conducting Due Diligence as it pertains to Anti-Money Laundering (AML), Fraud, and the Office of Foreign Assets Control (OFAC) compliance.

Anti-Money Laundering (AML) Source Tool for Broker-Dealers. This research guide, or âsource tool,â is a compilation of key AML laws, rules, orders, and guidance applicable to broker-dealers. Several statutory and regulatory provisions, and related rules of the securities self-regulatory organizations (SROs), impose AML obligations on broker-dealers.

First, securities firms are responsible for complying with all AML requirements to which they are subject. Although this research guide summarizes some of the key AML obligations that are applicable to broker-dealers, it is not comprehensive.

An understanding of computer networks and mainframe computers, and some actual work experience in the IT realm, will help as well. There are various certifications security analysts tend to gravitate towards. Arguably the most popular is CISSP. Others include, but are not limited to, CREA, CompTIA Network+ and CWAPT.

Credit/kyc Analyst. 1 Managed the business group's Know Your Client process (KYC) and Anti-Money Laundering process (AML) in strict compliance with the US PATRIOT Act of 2001 Section 326 CIP. 2 Developed and implemented a streamlined process of KYC and AML data collection, reporting and tracking for the Chicago unit.

The following topics are addressed in this guide: 1 The Bank Secrecy Act. 2 The USA PATRIOT Act. 3 AML Programs. 4 Customer Identification Programs. 5 Correspondent Accounts: Prohibition on Foreign Shell Banks and Due Diligence Programs. 6 Due Diligence Programs for Private Banking Accounts. 7 Suspicious Activity Monitoring and Reporting. 8 Other BSA Reports.

Be the first to see new Aml Surveillance Analyst jobs My email: Also get an email with jobs recommended just for me Anti Money Laundering Analyst salaries in United States

Firms must comply with the Bank Secrecy Act and its implementing regulations (Anti-Money Laundering rules). The purpose of the AML rules is to help detect and report suspicious activity including the predicate offenses to money laundering and terrorist financing, such as securities fraud and market manipulation.


Question: tracheids are part of _____.

1b. The Trachea and Bronchi. The trachea or windpipe (Fig. 961) is a cartilaginous and membranous tube, extending from the lower part of the larynx, on a level with the sixth cervical vertebra, to the upper border of the fifth thoracic vertebra, where it divides into the two bronchi, one for each lung.

The trachea or windpipe (Fig. 961) is a cartilaginous and membranous tube, extending from the lower part of the larynx, on a level with the sixth cervical vertebra, to the upper border of the fifth thoracic vertebra, where it divides into the two bronchi, one for each lung.he trachea or windpipe (Fig. 961) is a cartilaginous and membranous tube, extending from the lower part of the larynx, on a level with the sixth cervical vertebra, to the upper border of the fifth thoracic vertebra, where it divides into the two bronchi, one for each lung.

Confidence votes 261K. Trachea contain cartilage rings, and is the long tube that goes to the lungs. The bronchi contain cartilage plates and are the branching tubes that go to the lungs.Structure of the trachea The trachea is lined by cartilage and divided into two branches. These two branches are called the bronchi.

The trachea or windpipe (Fig. 961) is a cartilaginous and membranous tube, extending from the lower part of the larynx, on a level with the sixth cervical vertebra, to the upper border of the fifth thoracic vertebra, where it divides into the two bronchi, one for each lung. << PREVIOUSNEXT >>. Human Body > XI.

The trachea or windpipe (Fig. 961) is a cartilaginous and membranous tube, extending from the lower part of the larynx, on a level with the sixth cervical vertebra, to the upper border of the fifth thoracic vertebra, where it divides into the two bronchi, one for each lung.61) is a cartilaginous and membranous tube, extending from the lower part of the larynx, on a level with the sixth cervical vertebra, to the upper border of the fifth thoracic vertebra, where it divides into the two bronchi, one for each lung.

Structure of the trachea The trachea is lined by cartilage and divided into two branches. These two branches are called the bronchi. The left bronchus enters the left lung and the right bronchus enters the right lung. Each bronchus is further divided into around 25 smaller branches. These smaller divisions of bronchi are known as the bronchioles.

961) is a cartilaginous and membranous tube, extending from the lower part of the larynx, on a level with the sixth cervical vertebra, to the upper border of the fifth thoracic vertebra, where it divides into the two bronchi, one for each lung. Loading.

Gross Anatomy. The trachea is the segment that connects the upper airways to the bronchi. It has 16-22 cartilaginous rings in the anterior and lateral walls (cartilaginous portion) and a thin band of smooth muscle in the posterior wall (membranous portion).

Click to read more below. The trachea (or windpipe) is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs. It is an integral part of the bodyâs airway and has the vital function of providing air flow to and from the lungs for respiration.he open ends of the cartilage rings face the posterior of the trachea near the esophagus. Four layers of tissues make up the walls of the trachea: 1 The mucosa is the innermost layer and consists of ciliated pseudostratified columnar epithelium with many goblet cells.

The trachea, commonly known as the windpipe, is a tube about 4 inches long and less than an inch in diameter in most people. The trachea begins just under the larynx (voice box) and runs down behind the breastbone (sternum). The trachea then divides into two smaller tubes called bronchi: one bronchus for each lung. The trachea is composed of about 20 rings of tough cartilage. The back part of each ring is made of muscle and connective tissue. Moist, smooth tissue called mucosa lines the inside of the trachea. The trachea widens and lengthens slightly with each breath in, returning to its resting size with each breath out.

The bronchi are the top part pf the lungs, made out of cartilage. They divide from the trachea, each lung having its separate bronchi. The bronchi further divide into bronchioles, which are smaller versions of the same thing, just branching off into different directions within the lung.

1 Longitudinal smooth muscle fibers are present in the posterior trachea between the ends of the cartilage rings. 2 This smooth muscle tissue allows the trachea to adjust its diameter as needed. 3 Surrounding the submucosa is a layer of hyaline cartilage that forms the supportive rings of the trachea.lick to read more below. The trachea (or windpipe) is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs. It is an integral part of the bodyâs airway and has the vital function of providing air flow to and from the lungs for respiration.

Mucosa and sub-mucosa of Trachea. The respiratory mucosa is made up of the epithelium and supporting lamina propria). The epithelium is tall columnar pseudostratified with cilia and goblet cells.

The trachea, commonly known as the windpipe, is a tube about 4 inches long and less than an inch in diameter in most people.The trachea begins just under the larynx (voice box) and runs down behind the breastbone (sternum). The trachea then divides into two smaller tubes called bronchi: one bronchus for each lung.The trachea is composed of about 20 rings of tough cartilage.he trachea, commonly known as the windpipe, is a tube about 4 inches long and less than an inch in diameter in most people.

Respiratory | Trachea, bronchioles and bronchi. The conducting portion is made up of: nasal cavities, nasopharynx, larynx, trachea, bronchii and bronchioles. The trachea branches to give rise to two primary (main) bronchii. These then branch successively to give rise in turn to secondary and tertiary bronchii.ucosa and sub-mucosa of Trachea. The respiratory mucosa is made up of the epithelium and supporting lamina propria). The epithelium is tall columnar pseudostratified with cilia and goblet cells.

The trachea is the largest tube in the respiratory tract and consists of tracheal rings of hyaline cartilage. It branches off into two bronchial tubes, a left and a right main bronchus. The bronchi branch off into smaller sections inside the lungs, called bronchioles.

The trachea is a cartilage tube and represents the initial part of the lower respiratory tract. It connects the pharynx and larynx to the lungs and allows normal passage of the air to and from the lungs.