It is that hydroxyphenylaminopropionic acid loses the main reason to lean towards mutation of tropism

It is that hydroxyphenylaminopropionic acid loses the main reason to lean towards mutation of tropism
It is reported ' Reporter Sun GuoGen) Recently, it is proposed " in young man's animal's evolution course " that it is yellow and big that the university students of Fudan University order the scientific institute, biomedical research institute will bright associate professor and doctor Su, lean towards tropism sudden change to cause the intersection of hydroxyphenylaminopropionic acid and lost main reason " New hypothesis, " hydroxyphenylaminopropionic acid in young man's animal's evolution course is lost and resulted from function of natural selection " to world life sciences' research field at present This authoritative view is revised. This hypothesis has ystem for the fact that hydroxyphenylaminopropionic acid kinase adjusted and controlled evolving and research of the biological body surface type complexity evolution of the network system fed. This achievement is issued on latest international top academic periodical Science. The protozoon is a very nuclear unicellular animal, its individual is made up of single cell. All animals formed by more than cells, are called the young man an animal. Discover, hydroxyphenylaminopropionic acid kinase has great function to evolve on young man's animal to adjust and control the network. The hydroxyphenylaminopropionic acid kinase network has been adjusted and controlled and has already been generally acknowledged it is the important mechanism which causes animal's complexity evolution of many cells by scientific circles. Through study for a long time, scientist find though hydroxyphenylaminopropionic acid kinase adjust and control network, go on in large cell animals only, but there is a kind of small aquatic protozoon between fungi and many cell animals - -It is the known only exception at present to get flagellates. Scientific research proves, it is up to more than 128 kinds unexpectedly to get the hydroxyphenylaminopropionic acid of the flagellate kinase gene, than many 38 not found under mankind. How was the hydroxyphenylaminopropionic acid kinase network evolved on small getting flagellates? Why can it evolve the hydroxyphenylaminopropionic acid more complicated than people kinase system out? These mysteries not solved. Su ZhiXi,etc. does not think the existing hypothesis can explain the change law in animal's evolution of many cells of other amino acids, explain why get flagellate, have so complicated the intersection of hydroxyphenylaminopropionic acid and kinase network system. The new hypothesis that Su ZhiXi,etc. puts forward through studying the experiment thinks, in young man's animal's evolution, the genome DNA makes up the composition to high GC ' Guanine and cytosine) Leaning towards sudden change of tropism of content, the lost main reason that cause hydroxyphenylaminopropionic acid, and such non- alternative hydroxyphenylaminopropionic acid it loses course to be to impel the intersection of hydroxyphenylaminopropionic acid and the intersection of kinase and the intersection of signal and thorough fare and corresponding the intersection of young man and the intersection of animal and the intersection of organism and the intersection of complexity and primitive power of evolution. The responsible reader of Science thinks, this hypothesis has not merely explained the change law of most protein amino acids in the evolution course of many cells, possible mechanism that the kinase network has formed that also put forward complicated hydroxyphenylaminopropionic acid which gets the flagellate, it is a more convincing hypothesis.

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