BIOCHEMISTRYThe chemistry of life,

BIOCHEMISTRYThe chemistry of life, or “biochemistry” as chemists callit, is an area in which the classical fields of chemistry and biology meet. It can be called, molecular biology. Biochemistry is known to be the study of the structures and reactions of the thousands of compounds involved, in life process. It is considered to be the most complex area of chemistry.Living things are supposed to represent the most efficient,sophisticated, compact chemical “factories” ever known.How, for example, do cells of the body know when to divide and multiply into new cells having the same characteristics as the original cells? When the body is afflicted by disease or by a wound how does the body protect itself and repair the damage? We know these processes to involve thousands of different chemical compounds.When we compare the nervous system to man - madeelectronic computers the efficiency and complexity of thebiological systems become even more impressive. Despite great advances in computer technology, the greatest computer ever built is almost insignificant being compared to a human brain weighing little more than a kilogram. A computer can perform mathematical operations million of times faster than a person, but think of some of the things the nervous system can do. For example, it can cause your arm to reach out and touch an object. The brain can translate signals fromthe retina of the eyes into three dimensional colour images.It can translate a series of frequences detected by the ear intothoughts whereas a computer can only perform operationsbeing programmed by a person. As to the storage capacity the brain really wins out. The largest computers have storage capacity of about one million “words” but some experts believe the brain, to store up all the signals it receives.The chemical processes of our bodies involve enormous-ly complex SBQuences of reactions details of these processes being for from complete understanding. Nevertheless great progress has been made in our understanding of the processes that Occur in the body,The first half of this century might be termed the GoldenAge Of PhySiCs because so many discoveries in understanding the Structure of molecules, atoms and nuclei were made.By the same Virtue we may be in the midst of a Golden Age in BiOChCmiStry. The next few years of research may bring much increased understanding of chemical processes in cells.

Результаты (английский) 1:

BIOCHEMISTRY
of The chemistry of life:, or "Biochemistry" as with the chemists call
IT, is an area in the which the classical My fields of chemistry and biology the meet. It can be called, molecular biology. Biochemistry is known to be the study of the structures and reactions of the thousands of compounds involved, in life process. It is considered to be the most complex area of chemistry.

The supposed things are the Living to Represent the will most efficient,
Sophisticated, compact chemical "factories" the ever known.
How, for example, do cells of the body know when to divide and multiply into new cells having the same characteristics as the original cells? When the body is afflicted by disease or by a wound how does the body protect itself and repair the damage? We know these processes to involve thousands of different chemical compounds.

The compare the
we for When Nervous system to man - made
electronic computers the efficiency and complexity of the
biological systems become even more impressive. Despite great advances in computer technology, the greatest computer ever built is almost insignificant being compared to a human brain weighing little more than a kilogram. A computer can perform mathematical operations million of times faster than a person, but think of some of the things the nervous system can do. For example, it can cause your arm to reach out and touch an object. CAN google translate and brain of The signals from
the Retina of the eyes Into a three dimensional colour images.
It can translate a It series of frequences detected by the ear into
thoughts whereas a computer can only perform operations
being programmed by a person. As to the storage capacity the brain really wins out. The largest computers have storage capacity of about one million "words" but some experts believe the brain, to store up all the signals it receives.
Chemical of the Processes of The Our Bodies Involve enormous-
ly is complex SBQuences of Reactions for These details of the Processes from the complete being of for Understanding. Great progress has Nevertheless Been made in Our Understanding of the the Processes That Occur in the old body,

of The first the half of the this century of might the BE termed the the Golden
of Age Of PHYSICS Because SO MANY Discoveries in Understanding the Structure of Molecules, Atoms and Nuclei Were made.
By the same Virtue we may be in the midst of a Golden Age in BiOChCmiStry. The next few years of research may bring much increased understanding of chemical processes in cells.

Результаты (английский) 2:

BIOCHEMISTRY
The chemistry of life, or "biochemistry" as chemists call
it, is an area in which the classical fields of chemistry and biology meet. It can be called molecular biology. Biochemistry is known to be the study of the structures and reactions of the thousands of compounds involved, in the life process. It is considered to be the most complex area of chemistry.

Living things are supposed to represent the most efficient,
Sophisticated, compact chemical "factories" ever known.
How, for example, do cells of the body know when to divide and multiply into new cells having the same characteristics as the original cells? When the body is afflicted by disease or by a wound how does the body protect itself and repair the damage? We know these processes involve thousands of different chemical compounds.

When we compare the nervous system to man - made
electronic computers the efficiency and complexity of the
Biological systems have become even more impressive. Despite great advances in computer technology, the greatest computer ever built is almost insignificant being compared to a human brain weighing little more than a kilogram. A computer can perform mathematical operations a million times faster than a person, but think of some of the things the nervous system can do. For example, it can cause your arm to reach out and touch an object. The brain can translate signals from
the retina of the eyes into three dimensional color images.
It can translate a series of frequences detected by the ear into
Women can only perform operations
being programmed by a person. As to the storage capacity the brain really wins out. The largest computers have storage capacity of about one million "words" but some experts believe the brain, to store up all the signals it receives.
The chemical processes of our bodies involve enormous
ly complex SB'ences of reactions to details of these processes being for from complete understanding. Nevertheless great progress has been made in our understanding of the processes that occur in the body,

The first half of this century might be termed the Golden
Age Of PhySiCs because so many discoveries in understanding the Structure of molecules, atoms and nuclei were made.
By the same Virtue we may be in the midst of a Golden Age in BiOChCmiStry. The next few years of research may bring much increased understanding of chemical processes in cells.

Результаты (английский) 3:

BIOCHEMISTRY
The chemical or biochemical name of life
，is an area in which the classical fields of chemistry and biology meet. It can be called, molecular biology. Biochemistry is known to be the study of the structures and reactions of the thousands of compounds involved，in life process. This is the best comparable area considering chemicals.
Living things are supposed to represent the most efficient，
Compact chemical factories "ever known
How，for example，do cells of the body know when to divide and multiply into new cells having the same characteristics as the original cells？ How does the body protect itself when it is affected or injured by disease? We know that these processes involve the different chemical components of thousands.
When we compare people in the nonprofit system
electronic computers the efficiency and complexity of the
biological systems become even more impressive. Despite great advances in computer technology，the greatest computer ever built is almost insignificant being compared to a human brain weighing little more than a kilogram. A computer can operate million in kind outside the time range of people's time, but think something of a non-profit system can be done. For example, it can read and touch a target through your arm. Breen can go from
the retina of the eyes into three dimensional colour images.
It can translate a series of frequencies detected by the ear into
thoughts where as a computer can only perform operations
being programmed by a person. When storage capacity the brain really wins out. The largest computers have storage capacity of about one million”words“but some experts believe the brain，to store up the signals it receives.
The chemical processes of our bodies involve enormous-
ly complex SB Quences of reactions details of these processes being for from complete understanding. Nevertheless great progress has been made in our understanding of the processes that Occur in the body，
The first halfling of this century may be cursed with gold
Of physics is due to the recognition of the structure of molecules, atoms and nuclear weapons.
In the same vision, we can be in a golden age half at biochcmistry. The next few years of research may bring much increased understanding of chemical processes in cells.