Respuesta :
Answer :Aspartic acid and Arginine acid.They are both important in amino acid biosynthesis. However,Arg is an essential Aa in human and rodents.while Asp is produced during transamination of oxaloacetate.It is important in Urea cylcle as Nitrogen donor.
Based on the description of the molecule 1, all the described 5 regions have distinct features.However affinity to the other cells is most prominent at the 5th regions of description.A cursory look at the structure showed two amino acids structure as simple amino acids Aspartic and Arginine.These two promotes adhesion of cells on scaffold surfaces.
Explanation:

Amino acids are the building blocks of proteins. The amino acids play a crucial role in the development of cells and the division of the cell.
In the given compound 1, the amino acid residues that promote cell adhesion are aspartic acid and arginine.
It can be explained as:
- Arginine or arg is essential in humans and rodents. Arginine plays a crucial role in cell division, the release of hormones, and helps in removing ammonia from the body.
- Aspartic acid or asp is produced during the transamination of oxaloacetate. It plays a crucial role in the urea cycle by donating nitrogen.
- In compound 1, affinity to the 5th region is prominent. compound 1 shoes the two amino acids, arginine and aspartic acid that promote the adhesion of the cells on scaffold surfaces.
Thus, arginine and aspartic acid are involved in cell adhesion.
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https://brainly.com/question/15823799