### science | chemistry:

Biochemistry
* All biochemistry involves carbon compounds carrying specific functional groups.
* Investigates the basic theme of intermediary metabolism.
* admits of no soul.
* also has a substantial input to the food, agricultural and biotechnological industries.
* applies physical chemical principles to biological systems.
* borrows from such diverse disciplines as organic chemistry, thermodynamics and biology.
* broadly-understood, straightforward realm of engineering.
* central subject for pure and applied biological sciences.
* complex area and it is different for everyone.
* deals with living systems at the molecular level
  - the chemistry of the growth and activity of living organisms
* involves the study of biological processes at a molecular level.
  - also part of organic chemistry
* is an advanced subject requiring knowledge in chemistry, biology and mathematics
  - interesting field in biology in general
  - at the cutting edge of modern biology research
  - concerned with compounds of carbon that crawl
  - essentially the identification of the characteristics of living matter
  - fundamental to understanding all branches of the life sciences
  - interdisciplinary taking advantage of different aspects of chemistry and biology
  - now in an explosive growth phase
  - often a valuable in the analysis of genetic mutations of proteins and enzymes
  - one of the most important interdisciplinary fields in science today
  - particularly difficult because of the complexity of many of the molecules
  - probably the most broadly useful discipline for understanding modern biology
  - represented through research on enzyme reactions
* is still chemistry
  - in the process of discovering complexity
* is the branch of chemistry that deals with living systems
  - central discipline of modern molecular life science
* is the chemistry of life
  - living things
  - only department in the basic medical sciences with an undergraduate program
* is the study of carbon compounds that crawl
  - chemicals, chemical process, bla bla bla bla, and all that stuff
  - how living organisms work
* is the study of life on the molecular level
  - processes at the molecular level
  - molecules and chemical reactions on which life is based
  - the basic chemical processes that occur in all living systems
* is the study of the chemistry of biological molecules
  - interrelationship between biology and chemistry
  - molecules and chemical reactions of life
  - structures and chemical reactions found in living systems
  - truth to doctors
  - what is says - the study of the chemistry of living things
* is, by definition, the study of the molecular basis of life processes.
* multi-disciplinary course that encompasses immense bodies of knowledge.
* plays a role in eating disorders.
* provides a means to purify and characterize the enzymes
  - the basis for understanding human physiology and pathophysiology
* rigorous and quantitative science.
* runs in families.
* seeks a molecular explanation for life, or the processes that support life.
* seeks to explain the processes that support life molecularly
  - understand and explain living systems at the molecular level
* seeks to understand the molecular events of life processes
  - processes of biological systems in chemical terms
* study of the molecules of life.
* young science.
+ Chemical biology: Chemistry :: Biology
  * This is a slightly different from biochemistry. Biochemistry is the study of the chemistry of biological molecules. For example, a biochemist studies the three-dimensional structure of a protein and how that structure relates to the chemistry of the protein. Also, biochemistry studies the way enzymes work. Chemical biologists use chemical principles to modulate systems. They do this to either investigate biology relationships or create new functions. In this way, the research done by chemical biologists is often closer to that of cell biology than biochemistry.
+ Chemistry, Types of chemistry
  * One example is making nylon. Because plastics are made of carbon, polymer chemistry is part of organic chemistry. Another area is biochemistry. This looks at the chemistry of living things. An example would be seeing how arsenic poisons people. Biochemistry is also part of organic chemistry. There are many other small branches of chemistry.