alibayram/wikipedia-40-langs huggingface dataset:
List of MeSH codes (A10)

The following is a partial list of the "A" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (A09). Codes following these are found at List of MeSH codes (A11). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– tissues

– connective tissue
  – adipose tissue
  – abdominal fat
  – intra-abdominal fat
  – subcutaneous fat, abdominal
  – brown fat
  – subcutaneous fat
  – subcutaneous fat, abdominal
  – bone and bones
  – bone matrix
  – bony callus
  – haversian system
  – periosteum
  – cartilage
  – elastic cartilage
  – fibrocartilage
  – triangular fibrocartilage
  – hyaline cartilage
  – elastic tissue
  – granulation tissue
  – cicatrix
  – subcutaneous tissue

– epithelium
  – basement membrane
  – bruch membrane
  – endothelium
  – endothelium, corneal
  – endothelium, lymphatic
  – endothelium, vascular
  – pericytes
  – tunica intima
  – epidermis
  – hair follicle
  – epithelium, corneal
  – pigment epithelium of eye
  – seminiferous epithelium
  – urothelium

– exocrine glands
  – bartholin's glands
  – bulbourethral glands
  – lacrimal apparatus
  – mammary glands, animal
  – mammary glands, human
  – pancreas, exocrine
  – prostate
  – salivary glands
  – parotid gland
  – salivary ducts
  – salivary glands, minor
  – sublingual gland
  – submandibular gland
  – sebaceous glands
  – meibomian glands
  – sweat glands
  – apocrine glands
  – eccrine glands

– lymphoid tissue
  – adenoids
  – bursa of fabricius
  – germinal center
  – dendritic cells, follicular
  – lymph nodes
  – germinal center
  – dendritic cells, follicular
  – peyer's patches
  – spleen
  – thymus gland
  – tonsil

– membranes
  – basement membrane
  – basilar membrane
  – bruch membrane
  – descemet membrane
  – glomerular basement membrane
  – extraembryonic membranes
  – allantois
  – amnion
  – chorioallantoic membrane
  – chorion
  – chorionic villi
  – yolk sac
  – mucous membrane
  – gastric mucosa
  – chief cells, gastric
  – enterochromaffin cells
  – gastrin-secreting cells
  – parietal cells, gastric
  – somatostatin-secreting cells
  – intestinal mucosa
  – enterocytes
  – goblet cells
  – paneth cells
  – mouth mucosa
  – respiratory mucosa
  – laryngeal mucosa
  – goblet cells
  – nasal mucosa
  – goblet cells
  – olfactory mucosa
  – olfactory receptor neurons
  – serous membrane
  – pericardium
  – peritoneum
  – pleura

– Muscles
  – muscle, skeletal
  – sarcoplasmic reticulum
  – muscle, smooth
  – muscle, smooth, vascular
  – tunica media
  – myometrium
  – myocardium

– nerve tissue
  – ependyma
  – myelin sheath
  – neurilemma
  – ranvier's nodes
  – neurilemma

– organoids

– surgically created structures
  – colonic pouches
  – skeletal muscle ventricle
  – stomas
  – surgical flaps
  – urinary reservoirs, continent

The list continues at List of MeSH codes (A11).

A10
Paser

A PASER (an acronym from Particle Acceleration  by Stimulated Emission of Radiation) is a device that accelerates a coherent beam of electrons.  This process was demonstrated for the first time in 2006 at the Brookhaven National Lab by a team of physicists from the Technion-Israel Institute of Technology.

Relativistic electrons from a conventional particle accelerator pass through a vibrationally excited carbon dioxide medium in which the electrons undergo millions of collisions with excited carbon dioxide molecules and are accelerated in a coherent fashion.  No heat is generated in this quantum energy transfer, thus all the energy transferred to the electrons is used in accelerating the electrons.  The electron beam created from this process may result in electrons that are highly collimated in velocity in comparison to other acceleration methods.

The vibrationally excited carbon dioxide is the same medium used in a carbon dioxide laser. This medium resonantly amplifies light with a wavelength near 10.6 or 9.4 micrometers, corresponding to a frequency of approximately 30 terahertz. In order to be accelerated, incident electrons must be microbunched at this frequency. An appropriately bunched electron beam strikes excited carbon dioxide molecules resonantly in order to efficiently stimulate energy emission.

See also
 Laser

References

Electron
Particle accelerators
List of MeSH codes (A09)

The following is a partial list of the "A" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (A08). Codes following these are found at List of MeSH codes (A10). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– sense organs

– ear

– ear, external
  – ear canal
  – ear cartilages
  – tympanic membrane

– ear, middle
  – ear ossicles
  – incus
  – malleus
  – stapes
  – eustachian tube
  – glomus tympanicum
  – stapedius
  – tensor tympani

– ear, inner
  – cochlea
  – basilar membrane
  – cochlear aqueduct
  – cochlear duct
  – stria vascularis
  – tectorial membrane
  – organ of corti
  – hair cells
  – hair cells, inner
  – hair cells, outer
  – labyrinth supporting cells
  – round window
  – scala tympani
  – spiral ganglion
  – spiral lamina
  – semicircular canals
  – hair cells, vestibular
  – vestibule of the ear
  – oval window
  – saccule and utricle
  – acoustic maculae
  – hair cells, vestibular
  – otolithic membrane
  – vestibular aqueduct
  – endolymphatic duct
  – endolymphatic sac

– eye

– anterior eye segment
  – anterior chamber
  – aqueous humor
  – endothelium, corneal
  – cornea
  – bowman membrane
  – corneal stroma
  – descemet membrane
  – endothelium, corneal
  – epithelium, corneal
  – limbus corneae
  – trabecular meshwork

– conjunctiva

– eyelids
  – eyelashes
  – meibomian glands

– lacrimal apparatus
  – nasolacrimal duct

– lens, crystalline
  – lens capsule, crystalline
  – lens cortex, crystalline
  – lens nucleus, crystalline

– oculomotor muscles

– pigment epithelium of eye

– retina
  – amacrine cells
  – blood-retinal barrier
  – fundus oculi
  – macula lutea
  – fovea centralis
  – optic disk
  – photoreceptors
  – photoreceptors, invertebrate
  – photoreceptors, vertebrate
  – rods
  – cones
  – rod outer segments
  – retinal bipolar cells
  – retinal ganglion cells
  – retinal horizontal cells

– sclera

– uvea
  – blood-aqueous barrier
  – choroid
  – bruch membrane
  – ciliary body
  – iris
  – pupil

– vitreous body

– nose

– olfactory mucosa
  – olfactory receptor neurons

– vomeronasal organ

– taste buds

The list continues at List of MeSH codes (A10).

A09
List of MeSH codes (A07)

The following is a partial list of the "A" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (A06). Codes following these are found at List of MeSH codes (A08). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– cardiovascular system

– blood-air barrier

– blood-aqueous barrier

– blood–brain barrier

– blood-nerve barrier

– blood-retinal barrier

– blood-testis barrier

– blood vessels

– arteries
  – aorta
  – aorta, abdominal
  – aorta, thoracic
  – sinus of valsalva
  – arterioles
  – axillary artery
  – basilar artery
  – brachial artery
  – brachiocephalic trunk
  – bronchial arteries
  – carotid arteries
  – carotid artery, common
  – carotid artery, external
  – carotid artery, internal
  – carotid sinus
  – celiac artery
  – cerebral arteries
  – anterior cerebral artery
  – circle of willis
  – middle cerebral artery
  – posterior cerebral artery
  – temporal arteries
  – ciliary arteries
  – coronary vessels
  – epigastric arteries
  – femoral artery
  – gastroepiploic artery
  – hepatic artery
  – iliac artery
  – maxillary artery
  – meningeal arteries
  – mesenteric arteries
  – mesenteric artery, inferior
  – mesenteric artery, superior
  – ophthalmic artery
  – popliteal artery
  – pulmonary artery
  – radial artery
  – renal artery
  – retinal artery
  – splenic artery
  – subclavian artery
  – thoracic arteries
  – mammary arteries
  – tibial arteries
  – ulnar artery
  – umbilical arteries
  – vertebral artery

– endothelium, vascular
  – pericytes
  – tunica intima

– microcirculation
  – arterioles
  – arteriovenous anastomosis
  – capillaries
  – venules

– muscle, smooth, vascular
  – tunica media

– retinal vessels
  – retinal artery
  – retinal vein

– tunica intima

– vasa nervorum

– vasa vasorum

– veins
  – axillary vein
  – azygos vein
  – brachiocephalic veins
  – cerebral veins
  – coronary vessels
  – cranial sinuses
  – cavernous sinus
  – femoral vein
  – hepatic veins
  – iliac vein
  – jugular veins
  – popliteal vein
  – portal system
  – mesenteric veins
  – portal vein
  – splenic vein
  – umbilical veins
  – pulmonary veins
  – renal veins
  – retinal vein
  – saphenous vein
  – subclavian vein
  – venae cavae
  – vena cava, inferior
  – vena cava, superior
  – venules

– heart

– endocardium

– fetal heart
  – ductus arteriosus
  – truncus arteriosus

– heart atria
  – atrial appendage

– heart conduction system
  – atrioventricular node
  – bundle of his
  – purkinje fibers
  – sinoatrial node

– heart septum

– heart valves
  – aortic valve
  – chordae tendineae
  – mitral valve
  – papillary muscles
  – pulmonary valve
  – tricuspid valve

– heart ventricles

– myocardium

– papillary muscles

– pericardium

The list continues at List of MeSH codes (A08).

A07
Jingle (protocol)

Jingle is an extension to XMPP (Extensible Messaging and Presence Protocol) which adds peer-to-peer (P2P) session control (signaling) for multimedia interactions such as in Voice over IP (VoIP) or videoconferencing communications. It was designed by Google and the XMPP Standards Foundation.  The multimedia streams are delivered using the Real-time Transport Protocol (RTP).  If needed, NAT traversal is assisted using Interactive Connectivity Establishment (ICE).

, the proposed Jingle specification had not yet been approved by the XMPP Standards Foundation, but is now a Draft Standard, meaning: "Implementations are encouraged and the protocol is appropriate for deployment in production systems, but some changes to the protocol are possible before it becomes a Final Standard."

The libjingle library, used by Google Talk to implement Jingle, has been released to the public under a BSD license. It implements both the current standard protocol and the older, pre-standard version.

Clients supporting Jingle 
 Asterisk PBX
 Coccinella
 Conversations (software)
 Empathy (using Telepathy framework)
 FreeSWITCH
 Gajim from 0.14 (not on Windows yet)
 Google Talk for Gmail, Android, Windows
 iChat for Apple OS X
 Jitsi (multiplatform support using Java)
 KDE Telepathy (using Telepathy framework)
 Kopete
 Miranda NG (via JGTalk plugin)
 Monal IM-Client for iOS
 Pidgin
 Psi
 QIP Infium
 Yate/YateClient supports Jingle in both client and server mode, audio and file transfer, also call transfer and DTMF.
Though not an instant messaging client, RemoteVNC uses Jingle as one of the screen sharing means.

Notes

References

External links 
 XMPP Standards Foundation

Instant messaging protocols
VoIP protocols
XMPP
List of MeSH codes (A06)

The following is a partial list of the "A" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (A05). Codes following these are found at List of MeSH codes (A07). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– endocrine system

– chromaffin system
  – chromaffin cells
  – chromaffin granules
  – enterochromaffin cells
  – enterochromaffin-like cells
  – para-aortic bodies
  – paraganglia, chromaffin

– enteroendocrine cells
  – enterochromaffin cells
  – enterochromaffin-like cells
  – gastrin-secreting cells
  – glucagon-secreting cells
  – insulin-secreting cells
  – pancreatic polypeptide-secreting cells
  – somatostatin-secreting cells

– endocrine glands
  – adrenal glands
  – adrenal cortex
  – zona fasciculata
  – zona glomerulosa
  – zona reticularis
  – adrenal medulla
  – gonads
  – ovary
  – corpus luteum
  – luteal cells
  – ovarian follicle
  – follicular fluid
  – granulosa cells
  – theca cells
  – testis
  – leydig cells
  – islets of langerhans
  – glucagon-secreting cells
  – insulin-secreting cells
  – pancreatic polypeptide-secreting cells
  – somatostatin-secreting cells
  – parathyroid glands
  – pineal gland
  – pituitary-adrenal system
  – pituitary gland
  – pituitary gland, anterior
  – pituitary gland, posterior
  – thyroid gland

– neurosecretory systems
  – hypothalamo-hypophyseal system
  – median eminence
  – pituitary gland
  – pituitary gland, anterior
  – pituitary gland, posterior
  – pineal gland

The list continues at List of MeSH codes (A07).

A06
List of MeSH codes (A05)

The following is a partial list of the "A" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (A04). Codes following these are found at List of MeSH codes (A06). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– urogenital system

– genitalia

– genitalia, female
  – adnexa uteri
  – broad ligament
  – fallopian tubes
  – ovary
  – corpus luteum
  – luteal cells
  – ovarian follicle
  – follicular fluid
  – granulosa cells
  – theca cells
  – round ligament
  – uterus
  – cervix uteri
  – endometrium
  – decidua
  – deciduoma
  – myometrium
  – vagina
  – hymen
  – vulva
  – bartholin's glands
  – clitoris

– genitalia, male
  – bulbourethral glands
  – ejaculatory ducts
  – epididymis
  – penis
  – urethra
  – prostate
  – scrotum
  – seminal vesicles
  – spermatic cord
  – testis
  – leydig cells
  – rete testis
  – seminiferous tubules
  – blood-testis barrier
  – seminiferous epithelium
  – sertoli cells
  – vas deferens

– germ cells
  – ovum
  – oocytes
  – oogonia
  – zona pellucida
  – zygote
  – spermatozoa
  – sperm head
  – acrosome
  – sperm midpiece
  – sperm tail
  – spermatids
  – spermatocytes
  – spermatogonia

– gonads
  – ovary
  – testis

– urinary tract

– bladder

– kidney
  – kidney cortex
  – kidney glomerulus
  – glomerular basement membrane
  – mesangial cells
  – glomerular mesangium
  – juxtaglomerular apparatus
  – podocytes
  – kidney medulla
  – kidney pelvis
  – kidney calices
  – nephrons
  – kidney glomerulus
  – glomerular basement membrane
  – mesangial cells
  – glomerular mesangium
  – juxtaglomerular apparatus
  – podocytes
  – kidney tubules
  – bowman capsule
  – kidney tubules, collecting
  – kidney tubules, distal
  – kidney tubules, proximal
  – loop of henle

– ureter

– urethra

The list continues at List of MeSH codes (A06).

A05
List of MeSH codes (A04)

The following is a partial list of the "A" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (A03). Codes following these are found at List of MeSH codes (A05). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– respiratory system

– larynx
  – glottis
  – vocal cords
  – laryngeal cartilages
  – arytenoid cartilage
  – cricoid cartilage
  – epiglottis
  – thyroid cartilage
  – laryngeal mucosa
  – goblet cells
  – laryngeal muscles

– lung
  – bronchi
  – extravascular lung water
  – pulmonary alveoli
  – blood-air barrier

– nose
  – nasal bone
  – nasal cavity
  – nasal mucosa
  – goblet cells
  – olfactory mucosa
  – olfactory receptor neurons
  – nasal septum
  – vomeronasal organ
  – paranasal sinuses
  – ethmoid sinus
  – frontal sinus
  – maxillary sinus
  – sphenoid sinus
  – turbinates

– pharynx
  – hypopharynx
  – nasopharynx
  – oropharynx
  – tonsil
  – pharyngeal muscles
  – esophageal sphincter, upper

– pleura

– respiratory mucosa
  – goblet cells
  – laryngeal mucosa
  – nasal mucosa
  – olfactory mucosa
  – olfactory receptor neurons

– trachea

The list continues at List of MeSH codes (A05).

A04
List of MeSH codes (A03)

The following is a partial list of the "A" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (A02). Codes following these are found at List of MeSH codes (A04). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– digestive system

– biliary tract

– bile ducts
  – extrahepatic bile ducts
  – common bile duct
  – Ampulla of Vater
  – Sphincter of Oddi
  – cystic duct
  – common hepatic duct
  – intrahepatic bile ducts
  – bile canaliculi

– gallbladder

– gastrointestinal tract

– intestines
 – intestinal mucosa
 – enterocytes
 – goblet cells
 – paneth cells
 – large intestine
 – anal canal
 – cecum
 – appendix
 – colon
 – ascending colon
 – descending colon
 – sigmoid colon
 – transverse colon
 – rectum
 – small intestine
 – duodenum
 – Ampulla of Vater
 – Sphincter of Oddi
 – Brunner Glands
 – ileum
 – ileocecal valve
 – Meckel Diverticulum
 – jejunum

– lower gastrointestinal tract
 – ileum
 – ileocecal valve
 – Meckel Diverticulum
 – large intestine
 – anal canal
 – cecum
 – appendix
 – colon
 – ascending colon
 – descending colon
 – sigmoid colon
 – transverse colon
 – rectum
 – jejunum

– mouth
 – dentition
 – salivary glands
 – parotid gland
 – salivary ducts
 – minor salivary glands
 – sublingual gland
 – submandibular gland
 – von Ebner glands
 – tongue
 – lingual frenum
 – taste buds

– pharynx

– upper gastrointestinal tract
 – duodenum
 – Ampulla of Vater
 – Sphincter of Oddi
 – Brunner Glands
 – esophagus
 – esophageal mucosa
 – upper esophageal sphincter
 – esophagogastric junction
 – lower esophageal sphincter
 – stomach
 – cardia
 – esophagogastric junction
 – lower esophageal sphincter
 – gastric fundus
 – gastric mucosa
 – gastric chief cells
 – enterochromaffin cells
 – gastrin-secreting cells
 – gastric parietal cells
 – somatostatin-secreting cells
 – gastric stump
 – pyloric antrum
 – pylorus

– liver

– intrahepatic bile ducts
 – bile canaliculi

– round ligament of liver

– pancreas

– islets of langerhans
 – glucagon-secreting cells
 – insulin-secreting cells
 – pancreatic polypeptide-secreting cells
 – somatostatin-secreting cells

– exocrine pancreas

– pancreatic ducts
 – Ampulla of Vater

The list continues at List of MeSH codes (A04).

A03
List of MeSH codes (A01)

The following is a partial list of the "A" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

Codes following these are found at List of MeSH codes (A02). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– body regions

– Anatomic Landmarks

– breast
  – mammary glands, human
  – nipples

– extremities
  – amputation stumps
  – lower extremity
  – ankle
  – buttocks
  – foot
  – forefoot, human
  – metatarsus
  – toes
  – hallux
  – heel
  – hip
  – knee
  – leg
  – thigh
  – upper extremity
  – arm
  – axilla
  – elbow
  – forearm
  – hand
  – fingers
  – thumb
  – metacarpus
  – shoulder
  – wrist

– head
  – ear
  – face
  – cheek
  – chin
  – eye
  – eyebrows
  – eyelids
  – eyelashes
  – forehead
  – mouth
  – lip
  – nose
  – parotid region
  - Superficial Musculoaponeurotic System
  – scalp
  – skull base
  – cranial fossa, anterior
  – cranial fossa, middle
  – cranial fossa, posterior
  – Jugular Foramina
  – Infratemporal Fossa
  – Parapharyngeal Space

– neck
  – Parapharyngeal Space
  – Superficial Musculoaponeurotic System

– Organs At Risk

– perineum

– Torso
  – abdomen
  – abdominal cavity
  – peritoneum
  – Douglas' Pouch
  – Mesentery
  – Mesocolon
  – Omentum
  – Peritoneal Cavity
  – Peritoneal Stomata
  – Retroperitoneal Space
  – abdominal wall
  – groin
  – inguinal canal
  – umbilicus
  – abdominal core
  – abdominal wall
  – diaphragm
  – pelvic floor
  – back
  – Lumbosacral Region
  – Sacrococcygeal Region
  – pelvis
  – lesser pelvis
  – pelvic floor
  – thorax
  – thoracic cavity
  – Mediastinum
  – Pleural Cavity
  – thoracic wall

– Transplant Donor Site

– Transplants
  – Allografts 
  – Allogenic Cells 
  – Autografts 
  – Bone-Patellar Tendon-Bone Grafts 
  – Composite Tissue Allografts 
  – Heterografts 
  – Isografts

– Trigger Points

– viscera

The list continues at List of MeSH codes (A02).

A01
Jörg Bergmeister

Jörg Bergmeister (born 13 February 1976, in Leverkusen) is a former racing driver from Germany and an ambassador of Porsche.

His late father, Willi Bergmeister, owned a workshop and dealership where Michael Schumacher learned his trade as a car mechanic in the 1980s.

Since 1996, Jörg has raced in the Porsche Carrera Cup. In 2006 he won the Grand-American Rolex Series Championship. He also won the 2003 24 Hours of Daytona overall in a Porsche 911 GT3-RS. His most recent achievement is 1st place at the 24 Hours of Daytona in the GT Class with TRG.

He also won the Porsche Supercup in 2001, and the German Cup in 2000. He is one of the tallest sport car drivers at 6'4". He also has a degree in economics.  As of 2010, he drives for Flying Lizard Motorsports in the American Le Mans Series and the 24 Hours of Le Mans and BMS Scuderia Italia in the FIA GT2 European Championship.

Career 
 2010 – 1st place ALMS GT Class Driver's Championship (Porsche 911 GT3-RSR)
 2010 – 1st place 24 Hour of Spa (Porsche 911 GT3-RSR)
 2009 – 1st place ALMS GT2 Class Driver's Championship (Porsche 911 GT3-RSR)
 2009 – 1st place GT Class 24 Hours of Daytona
 2008 – 1st place ALMS GT2 Class Driver's Championship (Porsche 911 GT3-RSR)
 2006 – 1st place ALMS GT2 Class Driver's Championship (Porsche 911 GT3-RSR)
 2006 – 1st place Grand-Am Daytona Prototype Driver's Championship
 2005 – 1st place ALMS GT2 Class Driver's Championship (Porsche 911 GT3-RSR), 4th Place Daytona Prototype Grand-Am
 2004 – 1st place GT Class 24 Hours of Le Mans
 2003 – 3rd place ALMS GT Class (Porsche 911 GT3-RS), 1st place 24 Hours of Daytona Overall win
 2002 – 4th place ALMS Class (Porsche 911 GT3-RS), 1st place GT Class 24 Hours of Daytona
 2001 – 2nd place Porsche Carrera Cup, 1st place Porsche Supercup
 2000 – 1st place Porsche Carrera Cup, 6th place Porsche Supercup
 1999 – 3rd place Porsche Carrera Cup
 1998 – 9th place Porsche Carrera Cup
 1997 – 6th place Formula Opel Euroseries
 1996 – 7th place Porsche Carrera Cup
 1995 – 2nd place Formula Opel
 1994 – Deutsche Formula Renault Masterseries
 1993 – 1st place Formula König
 1992 – 3rd place Formula König

24 Hours of Le Mans results

Complete FIA World Endurance Championship results
(key) (Races in bold indicate pole position; races in
italics indicate fastest lap)

IMSA SportsCar Championship results
(key)

References

External links 

 Bergmeister company

1976 births
Living people
German racing drivers
Rolex Sports Car Series drivers
Sportspeople from Leverkusen
Racing drivers from North Rhine-Westphalia
American Le Mans Series drivers
FIA GT Championship drivers
24 Hours of Le Mans drivers
24 Hours of Daytona drivers
Supercars Championship drivers
EFDA Nations Cup drivers
Porsche Supercup drivers
Super GT drivers
FIA World Endurance Championship drivers
Blancpain Endurance Series drivers
ADAC GT Masters drivers
WeatherTech SportsCar Championship drivers
24 Hours of Spa drivers
Porsche Motorsports drivers
KCMG drivers
Kelly Racing drivers
Nürburgring 24 Hours drivers
Porsche Carrera Cup Germany drivers
Manthey Racing drivers
Heaven Watch the Philippines

"Heaven Watch the Philippines" is a song by Irving Berlin written in 1946.

It was written as a tribute to Filipino resistance during the Japanese occupation in World War II. During the war, Japanese troops in the Philippines attempted to popularize self-glorifying songs such as "Chichi Yo Anata Wa Tsuyokatta" ("Father, You Were Brave" in English). Locals resisted these efforts, preferring instead to sing "God Bless the Philippines" to the tune of Berlin's "God Bless America" as a show of national pride.

Berlin himself gave the first performance of "Heaven Watch the Philippines"  in Tolosa, Leyte in 1946, in front of an audience that included Sergio Osmeña and Carlos P. Romulo.

Berlin was touring U.S. military bases with a stage production of This Is the Army, in 1945. During a stop in the Philippines, he heard children in Leyte singing the song God Bless America (which he had written in 1918 and had revised in 1938) with the lyric "God Bless the Philippines". Touched by that and feeling that they might like a song of their own, he composed "Heaven Watch the Philippines", trying to combine the spiritual quality of "God Bless America" with their feeling for America and desire to be free.  He taught the song to school children in Leyte and sang the song in the finale of the show when This Is the Army opened in Leyte. Berlin had donated the "God Bless America" royalties to the Boy Scouts of America, and he presented the rights to "Heaven Watch the Philippines" to the Commonwealth of the Philippines with the instruction that if they ever sold the song in the Philippines for profit, the proceeds were to be given to the Boy and Girl Scouts of the Philippines.

In a 1987 interview with Playboy, Imelda Marcos falsely claimed that Berlin had written "Heaven Watch the Philippines" specifically for her. When asked about her claim, the 99-year-old Berlin denied it outright.

References

1946 songs
Songs based on actual events
Songs about the Philippines
Songs written by Irving Berlin
Songs about World War II
Pym

Pym or PYM may refer to:
 Pym (novel), a novel by Mat Johnson
 Philadelphia Yearly Meeting, an organizing body for Quaker Meetings on the U.S. east coast
 Pacific Yearly Meeting, an organizing body for unprogrammed Quaker Meetings in parts of Mexico and the western USA
 Plymouth Municipal Airport (Massachusetts)

People
 Anthony Pym, a translation studies scholar
 Arthur Gordon Pym, protagonist of Poe's The Narrative of Arthur Gordon Pym of Nantucket 
 Barbara Pym, a British novelist
 Francis Pym, Baron Pym, UK politician
 Hank Pym (aka Ant Man, Giant Man, Goliath, Yellowjacket and the Wasp), a fictional superhero in the Marvel Universe
 John Pym, 17th century English parliamentarian
 Magnus Pym, a character in the Le Carre novel A Perfect Spy
 Morgan Pym, a character in The Collector

See also 
 Pim (disambiguation)
The Singles Collection, Volume 1

The Singles Collection, Volume 1 is a collection of non-album tracks by Dropkick Murphys. It is the American version of The Early Years which was released in Europe, although with some track changes. This album contains everything the band recorded before their first album, Do or Die, except for the Boys on the Docks EP and compilation tracks from I've Got My Friends and Runt of the Litter Volume 2, as well as exclusive live tracks.

Song information
The album includes six covers: The Clash's "Career Opportunities", "Guns of Brixton" and "White Riot"; The Pogues' "Billy Bones"; and Slapshot's "I've Had Enough" are standalone tracks, while the band also covers AC/DC's "T.N.T." during the song "Skinhead on the MBTA (Live)."

Track listing
All songs by Dropkick Murphys unless otherwise noted.
 "Barroom Hero" – 3:09
 "Fightstarter Karaoke" – 2:33
 "John Law" – 2:15
 "Regular Guy" – 1:53
 "3rd Man In" – 2:19
 "Career Opportunities (Live)" (Joe Strummer, Mick Jones) – 1:53
 "Never Alone" – 3:18
 "Take It or Leave It" – 2:02
 "Eurotrash" – 1:36
 "Front Seat" – 2:33
 "Denial" – 2:24
 "Billy's Bones" (Shane MacGowan) – 2:03
 "Road of the Righteous" – 2:50
 "Guns of Brixton" (Paul Simonon) – 2:47 (studio, erroneously credit as being live on the CD)
 "Cadence to Arms (Live)" (Traditional, Dropkick Murphys) – 2:26
 "Do or Die (Live)" – 1:48
 "In the Streets of Boston (Live)" – 1:14
 "Never Alone (Live)" – 2:40
 "Get Up (Live)" – 2:05
 "Far Away Coast (Live)" – 2:46
 "Boys on the Docks (Live)" – 2:53
 "Skinhead on the MBTA (Live)" (contains cover of "T.N.T." by AC/DC) (Traditional, Dropkick Murphys, Angus Young, Malcolm Young, Bon Scott) – 4:45
 "I've Had Enough (Live)" (Jack Kelly, Slapshot) – 1:42
 "White Riot (Live)" (Joe Strummer, Mick Jones) – 1:48

Personnel
Mike McColgan – vocals
Ken Casey – bass guitar, vocals
Rick Barton – guitar
Matt Kelly – drums on live tracks
Jeff Erna – drums on all studio tracks and "Career Opportunities" (live)

References

Dropkick Murphys albums
B-side compilation albums
2000 compilation albums
Hellcat Records compilation albums
Robert Forsyth

Robert Charles Forsyth (born 8 June 1949) is an Australian Anglican bishop who served as the Anglican Bishop of South Sydney, a region of the Anglican Diocese of Sydney, from 2000 to 2015. Before this he was the rector of St. Barnabas, Broadway.

Forsyth is married to Margie and has four children and ten grandchildren. He attended Meadowbank Boys High School and was a candidate for the Methodist ministry for a number of years but changed to Anglican candidature in 1972. 

On 19 January 2008, Forsyth condemned Corpus Christi, a play depicting Judas seducing Jesus: "It is deliberately, not innocently, offensive and they're obviously having a laugh about it." The play also showed Jesus administrating a marriage between two of his male apostles.

References

External links
Profile on the Diocese of Sydney's website (archive 2015-02-27)
"Just a fiery glitch", an article in the Sydney Morning Herald after St Barnabas' church building was destroyed by fire.
"Church spends $50K to debunk Da Vinci claims", a story from the Sydney Morning Herald about the Sydney diocese's response to The Da Vinci Code.
"Church acts against Da Vinci film", a story from BBC News.

Assistant bishops in the Anglican Diocese of Sydney
Living people
1949 births
List of MeSH codes (C09)

The following is a partial list of the "C" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (C08). Codes following these are found at List of MeSH codes (C10). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– otorhinolaryngologic diseases

– ciliary motility disorders

– kartagener syndrome

– ear diseases

– cholesteatoma, middle ear

– ear deformities, acquired

– ear neoplasms

– earache

– hearing disorders
  – hearing loss
  – deafness
  – hearing loss, bilateral
  – hearing loss, conductive
  – hearing loss, functional
  – hearing loss, high-frequency
  – hearing loss, mixed conductive-sensorineural
  – hearing loss, sensorineural
  – hearing loss, central
  – hearing loss, noise-induced
  – presbycusis
  – usher syndromes
  – hearing loss, sudden
  – hearing loss, unilateral
  – hyperacusis
  – tinnitus

– herpes zoster oticus

– labyrinth diseases
  – cochlear diseases
  – endolymphatic hydrops
  – Ménière's disease
  – labyrinthitis
  – vestibular diseases
  – vertigo

– otitis
  – otitis externa
  – otitis media
  – mastoiditis
  – otitis media with effusion
  – otitis media, suppurative

– otosclerosis

– retrocochlear diseases
  – auditory diseases, central
  – auditory perceptual disorders
  – hearing loss, central
  – vestibulocochlear nerve diseases
  – neuroma, acoustic
  – neurofibromatosis 2
  – vestibular neuronitis

– tympanic membrane perforation

– laryngeal diseases

– granuloma, laryngeal

– laryngeal edema

– laryngeal neoplasms

– laryngismus

– laryngitis
  – croup

– laryngostenosis

– tuberculosis, laryngeal

– vocal cord paralysis

– voice disorders
  – aphonia
  – hoarseness

– nose diseases

– choanal atresia

– epistaxis

– granuloma, lethal midline

– nasal obstruction

– nasal polyps

– nose deformities, acquired

– nose neoplasms
  – paranasal sinus neoplasms
  – maxillary sinus neoplasms

– paranasal sinus diseases
  – paranasal sinus neoplasms
  – maxillary sinus neoplasms
  – sinusitis
  – ethmoid sinusitis
  – frontal sinusitis
  – maxillary sinusitis
  – sphenoid sinusitis

– rhinitis
  – rhinitis, allergic, perennial
  – rhinitis, allergic, seasonal
  – rhinitis, atrophic
  – rhinitis, vasomotor

– rhinoscleroma

– otorhinolaryngologic neoplasms

– ear neoplasms

– laryngeal neoplasms

– neuroma, acoustic
  – neurofibromatosis 2

– nose neoplasms
  – paranasal sinus neoplasms
  – maxillary sinus neoplasms

– pharyngeal neoplasms
  – hypopharyngeal neoplasms
  – nasopharyngeal neoplasms
  – oropharyngeal neoplasms
  – tonsillar neoplasms

– pharyngeal diseases

– deglutition disorders

– nasopharyngeal diseases
  – nasopharyngeal neoplasms
  – nasopharyngitis

– peritonsillar abscess

– pharyngeal neoplasms
  – hypopharyngeal neoplasms
  – nasopharyngeal neoplasms
  – oropharyngeal neoplasms
  – tonsillar neoplasms

– pharyngitis

– retropharyngeal abscess

– tonsillitis

– velopharyngeal insufficiency

The list continues at List of MeSH codes (C10).

C09
Millennium Edition

Millennium Edition may refer to:

 Millennium Edition (DC Comics), the umbrella title of 62 one-shot comic books published by DC Comics in 2000 and 2001
 Millennium Edition (Elkie Brooks album), 2000
 Millennium Edition (Shonen Knife album), 2001
 Windows ME, short for Windows Millennium Edition
Marian Pisarek

Marian Pisarek (3 January 1912 – 29 April 1942), was a Polish fighter pilot, a flying ace of World War II, with 11 planes confirmed shot down and an additional three probable.

Biography
In 1939, he was a member of the Polish 141st Fighter Squadron, flying P-11C's. On the first day of the war, 1 September 1939, he shot down a German Henschel Hs 126. Next day, Pisarek downed - in error- a Polish P-23 "Karas" bomber. On 4 September, he shot down a Ju 87 "Stuka".

After evacuation through Romania, Pisarek arrived in France. After the French surrender, the Polish aviators flew to Oran, in French North Africa. Eventually, via Casablanca and Gibraltar, several Polish pilots arrived in Great Britain to join the Royal Air Force.

In early August 1940, Lt. Marian Pisarek joined 303 "Kosciuszko" Squadron, and took part in the Battle of Britain. On 7 September 1940, after shooting down one Messerschmitt Bf 109, he was shot down and had to bail out.

In June 1941, Pisarek was posted to command number 308 "City of Krakow" Squadron. On 14 August 1941, Pisarek claimed a Bf 109F destroyed.

In April 1942, Pisarek was made Wing Commander of the 1st Polish Fighter Wing (consisting of No. 303, 316, and 317 Squadrons). A few days later the wing was attacked over Le Touquet/Boulogne by a formation of JG 26 Fw 190's. Squadron Leader Piotr Ozyra (of 317 Sqn) and Wing Commander Pisarek were shot down and killed. Pisarek was probably shot down by the Commander of II/JG 26, Htpm. Joachim Müncheberg.

Awards
 Gold Cross of the Virtuti Militari - posthumously 11 June 1945, Cross No. 00143 (previously awarded the Silver Cross - 17 Sep 1940, Cross No. 08830)
 Cross of Valour - four times
 Air Force Medal 1939-45 (Medal Lotniczy)
 Field Pilot Badge
 Distinguished Flying Cross (United Kingdom)

References
With Great Sacrifice and Bravery: The Career of Polish Ace Waclaw Lapkowski Pages 128–129. Glenn Knoblock (2004). Merriam Press.

Further reading
 Tadeusz Jerzy Krzystek, Anna Krzystek: Polskie Siły Powietrzne w Wielkiej Brytanii w latach 1940-1947 łącznie z Pomocniczą Lotniczą Służbą Kobiet (PLSK-WAAF). Sandomierz: Stratus, 2012, s. 455. 
 Piotr Sikora: Asy polskiego lotnictwa. Warszawa: Oficyna Wydawnicza Alma-Press. 2014, s. 188–193. 
 Józef Zieliński: Asy polskiego lotnictwa. Warszawa: Agencja lotnicza ALTAIR, 1994, s. 18. ISBN 83862172. 
 Józef Zieliński: Lotnicy polscy w Bitwie o Wielką Brytanię. Warszawa: Oficyna Wydawnicza MH, 2005, s. 167–168. 

1912 births
1942 deaths
Aviators killed by being shot down
Polish military personnel killed in World War II
Polish World War II flying aces
Recipients of the Gold Cross of the Virtuti Militari
Recipients of the Cross of Valour (Poland)
Recipients of the Air Force Medal
Recipients of the Distinguished Flying Cross (United Kingdom)
Royal Air Force officers
The Few
Porsche Junioren

The Porsche Junioren () are a team of young racing drivers, employed by Porsche and driving for various private teams, as Porsche officially retired from factory racing after winning the 1998 24 Hours of Le Mans overall with the Porsche 911 GT1. The current Porsche Junioren are Sven Muller of Germany, Matteo Cairoli of Italy, Mathieu Jaminet of the France, Dennis Olsen of Norway, Matt Campbell of New Zealand and Thomas Preining of Austria. 

Porsche supports its customer teams not only with  race cars, but also voluntarily with talented young race drivers, who drive in many race series worldwide and furthermore support the advancement of the race cars.
Porsche gives its works drivers room for improvement and advancement with contracts lasting for several years. To be a Porsche works driver means to have a full-time job, participating in up to 25 races a year, among them many endurance races, and often in different race car models. Former Porsche Junior drivers include Dirk Muller, Thierry Boutsen, Randy Pobst, Johnny Mowlem, Romain Dumas, Timo Bernhard, Joerg Bergmeister, Patrick Long, and Bob Wollek.

Results 
The 2006 24 Hours Nürburgring was won by Lucas Luhr, Timo Bernhard, Mike Rockenfeller, and Marcel Tiemann in a Porsche 911 GT3-MR.

External links
Web site

Junioren
Porsche Supercup teams
List of MeSH codes (B08)

The following is a partial list of the "B" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (B07). Codes following these are found at List of MeSH codes (C01). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– mesomycetozoea

– rhinosporidium

The list continues at List of MeSH codes (C01).

B08
List of MeSH codes (B07)

The following is a partial list of the "B" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (B06). Codes following these are found at List of MeSH codes (B08). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– archaea

– blood-borne pathogens

– Thermoproteota

– desulfurococcales
  – desulfurococcaceae
  – aeropyrum
  – pyrodictiaceae

– sulfolobales
  – sulfolobaceae
  – acidianus
  – sulfolobus
  – sulfolobus acidocaldarius
  – sulfolobus solfataricus

– thermoproteales
  – thermofilaceae
  – thermoproteaceae
  – pyrobaculum
  – thermoproteus

– euryarchaeota

– archaeoglobales
  – archaeoglobus
  – archaeoglobus fulgidus

– halobacteriales
  – halobacteriaceae
  – haloarcula
  – haloarcula marismortui
  – halobacterium
  – halobacterium salinarum
  – halococcus
  – haloferax
  – haloferax mediterranei
  – haloferax volcanii
  – natronobacterium
  – natronococcus

– methanobacteriales
  – methanobacteriaceae
  – methanobacterium
  – methanobrevibacter

– methanococcales
  – methanococcaceae
  – methanococcus

– methanomicrobiales
  – methanomicrobiaceae
  – methanospirillum

– methanosarcinales
  – methanosarcinaceae
  – methanosarcina
  – methanosarcina barkeri

– thermococcales
  – thermococcaceae
  – pyrococcus
  – pyrococcus abyssi
  – pyrococcus furiosus
  – pyrococcus horikoshii
  – thermococcus

– thermoplasmales
  – thermoplasma

– korarchaeota

– nanoarchaeota

The list continues at List of MeSH codes (B08).

B07
Fire Research Laboratory

The Fire Research Laboratory (FRL) is part of the Bureau of Alcohol, Tobacco, Firearms and Explosives (ATF), an investigative agency within the United States Department of Justice. Located in Beltsville, Maryland, the FRL is a partnership among law enforcement, fire services, public safety agencies, academia and the private sector that uses the most advanced scientific, technical, educational, and training methods in fire investigation science to serve and protect the public.

Functionality 
The Fire Research Laboratory does the following:

 Conducts scientific research that validates fire scene indicators and improves fire scene reconstruction and fire evidence analysis; 
 Supports fire and arson investigations and the resolution of fire related crimes;
 Develops improved investigative and prosecution procedures using scientifically validated methods that integrate the assets of the ATF and its partners to enhance fire investigation personnel expertise;
 Maintains a central repository for fire investigative research data that will be disseminated throughout the fire investigation community;
 Develops an internationally recognized research and education center for the advancement of knowledge, technology transfer and case support related to fire cause investigation and fire scene reconstruction.

See also
 Arson
 Fire investigation
 Fire protection engineering
 Fire science

References

External links 
 Fire Research Laboratory
 ATF Homepage
 Laboratory Fact Sheet

Bureau of Alcohol, Tobacco, Firearms and Explosives
Fire investigation
Shor (film)

Shor (Translation: Noise) is a 1972 Indian Hindi movie written, produced and directed by Manoj Kumar, who also plays the lead role in the film. The film was remade in Tamil as Osai.

Plot
Shankar (Manoj Kumar) loses his wife (Nanda) in an accident. She dies while saving her son (Deepak). Due to the accident, Deepak loses his voice. Shankar is keen to hear his son's voice again; however, doctors suggest that Deepak has to undergo a surgery to get his voice back. Shankar tries hard to collect money for the surgery and finally is able to collect enough money for the surgery after a few hardships. Deepak undergoes the surgery successfully. Shankar is keen to meet Deepak; however, the doctor advises to him to meet Deepak the next day so as to not overexert the patient. Shankar goes to work; however, is unable to focus properly while working with machines and eventually gets injured. The injury causes him to lose his hearing. The father is now unable to hear his son's voice when he regains it.

Cast
 Manoj Kumar as Shankar
 Jaya Bhaduri as Raat Ki Rani / Rani - Shankar's well wisher & in love with Shankar
 Prem Nath as Khan Badshah - Rani's father
 Nanda as Geeta - Shankar's wife (special appearance)
 Kamini Kaushal as Shankar's mom  
 Madan Puri as Factory Owner
 Asrani as Shantilal
 Master Satyajeet as Deepak - Shankar & Geeta's Son
 Manorama as Victoria - Shanta's mom
 Meena T. as Shanta
 Shefali
 Leena
 Manmohan as Kabrastan Ke Raja
 Raj Mehra as Doctor
 Nana Palsikar
 Krishan Dhawan
 Kuljeet
 V. Gopal as Mr. Moradabadi

Soundtrack
The popular music of this movie is composed by the duo Laxmikant Pyarelal, is most noted for the memorable song "Ek Pyar Ka Nagma" (एक प्यार का नग्मा है, मौजो की रवानी है). The song was penned by Santosh Anand.

Awards

 20th Filmfare Awards:

Won

 Best Editing – Manoj Kumar

Nominated

 Best Director – Manoj Kumar
 Best Supporting Actor – Prem Nath
 Best Music Director – Laxmikant–Pyarelal
 Best Lyricist – Santosh Anand for "Ek Pyaar Ka Nagma Hai"
 Best Male Playback Singer – Mukesh for "Ek Pyaar Ka Nagma Hai"
 'Best Story – Manoj Kumar

References

External links
 
 https://www.thehindu.com/features/cinema/shor-1972/article5196454.ece

1972 films
1970s Hindi-language films
Films scored by Laxmikant–Pyarelal
Hindi films remade in other languages
Films directed by Manoj Kumar
Glorpy

Glorpy, sometimes known as the Haunted Handkerchief, is a close-up magic trick.  The effect is that a ghost or spirit is captured in a folded handkerchief that then makes the handkerchief move.   This effect is also used  in demonstrations of spirit writing when shown in a seance or mentalism context. Simple versions have been performed for years. A modern version by Bill Madden and Bernie Trueblood was created circa 1960 and declared the "Trick of the Millennium" by Genii, the conjurer's magazine.

Effect
A silk pocket handkerchief is laid down on a table. The magician snatches a ghost named Glorpy out of the air and traps it in the handkerchief by folding it over. Initially shy, after some prompting the ghost begins to move about under the handkerchief and even raise it into the air. Glorpy is released by opening the handkerchief, revealing it to be empty once again.

Description
Classic versions of the trick are performed using a spoon and fork. The fork is initially held unseen by the magician, who introduces the trick and produces a handkerchief. The handkerchief is folded in half to form a rectangle and laid on the table with the long axis pointed towards the magician. Using sleight of hand, the fork is placed on the table under the handkerchief at the same time, with the tines facing upward near the edge of the table nearest the magician. The magician then produces a spoon, which is inserted into the handkerchief so it lies between the folds of the handkerchief, positioned so it is over the fork. Performing a flourish with both hands over the handkerchief, the magician presses down on the tines of the fork with his thumb, causing the handle to lever and force the spoon upward.

The improved version replaces the fork with a prepared metal wire, possibly cut from a wire coat hanger but generally using thinner metal. The wire is prepared by bending the very end to 90 degrees, forming a long L-shape. A handkerchief with a hem around the outside edge is also needed. A small hole is cut into the corner of the handkerchief and the wire inserted into the hem, long straight end first. When the wire is fully inserted, some fishing about is needed to get the bent end to turn the corner so it is trapped in the corner of the hem. The trick then proceeds as normal, but repeatedly folds the handkerchief so the bent tip ends up in a known location, often an edge or corner of the folds. Pressing on the bent corner causes the opposite end to rise up.

See also
Glorpy is very similar to another common trick known as the zombie ball, both in presentation and method.

References

External links
 Magic School Lesson 11 demonstrates how to make a Glorpy handkerchief.

Magic tricks
Örgryte

Örgryte is one of the 21 stadsdelsnämndsområden (a kind of district often translated as borough) of Gothenburg Municipality, Sweden. It is a largely upper middle class residential area, just to the east of the city centre. It has a population of 33,539 (2004), and covers an area of 10.67 square kilometres.

History
The original village of Örgryte is much older than the city of Göteborg, with construction in the area predating Göteborg. The original parish being much larger was subsequently absorbed by the city in a gradual process lasting from 1882 to 1922. Construction in the area predates the surrounding areas. The name Örgryte likely originates from the presence of several giant's kettles (jättegryt lit. giant's gryt in Swedish) in the area.

Geography
Örgryte contains 8 distinct, officially defined residential districts (primärområden):
 Bagaregården
 Kallebäck
 Kärralund
 Lunden
 Olskroken
 Redbergslid
 Skår
 Överås

Örgryte borders the following "city boroughs":
Gothenburg City Centre, to the west
Kortedala, to the north
Härlanda, to the east

It also borders the neighbouring Mölndal Municipality, to the south.

Places of interest
Dicksonska palatset (Dickson's Palace)
Kulturhuset Bagaregården (Culturehouse Bagaregården)
Örgryte gamla kyrka (Örgryte old church)
Östra kyrkogården (East cemetery) - a cemetery where many famous Swedish have their burial place. One of them is Karin Boye, another one is Dan Broström

Notable people from Örgryte
Ricky Bruch, 1972 Olympic bronze medallist in the discus throw
Elena Paparizou, winner of the Eurovision Song Contest 2005, representing Greece

See also
Örgryte IS, football club based in Örgryte

External links
Official website: Göteborgs Stad - Örgryte (in Swedish)
Swedish Wikipedia entry

References

Gothenburg
Populated places in Västra Götaland County