1. Protein molecules compose all the complex working parts of living cells.

2. The antibodies are protein molecules that can fit on to an allergen and inactivate it.

3. Sometimes, different protein molecules will fit together, like the pieces of a three-dimensional jigsaw, to form larger-scale structures.

4. These are protein molecules, which owe their specificity to their amino acid sequence, and hence ultimately to the genes.

5. Protein molecules called enzymes are machines in the sense that each one causes a particular chemical reaction to take place.

6. Synthesizing any new protein molecule from scratch takes a matter of minutes.

7. You can conceive of globular protein molecules folding from chains of left- and right-handed amino acids but not helical protein molecules.

8. These slightly altered protein molecules are mass-produced by the protein-making machines inside the developing brain cells.

9. One experiment produced crystals of protein molecules that drug company researchers believe could advance the development of antiviral drugs.

10. Enzymes are protein molecules whose function is to speed up chemical reactions: that is, they are catalysts.

11. Some protein molecules are simply too large for microbes to handle.

12. The structure of protein molecule has its own characteristics.

13. Repressor A protein molecule that prevents protein synthesis by binding to the operator sequence of the gene and preventing transcription.

14. The protein molecule neuroligin-1 plays an important role in this as it stimulates the necessary maturation processes at the contact sites (synapses) of the nerves.

15. The 3D structure of protein molecule is stored in the PDB file in a special format, which could be loaded and understood by HJMV software.

16. Each kind of protein molecule has own priinary structure and correlate composition of amino acid residues.

17. The protein molecule known as the nerve growth factor has high levels when people first fall in love, but these return to previous levels after one year .

18. Under various anisotropic compressions , the protein molecule is subjected to different reconstructions, showing different electronic transportation behavior.

19. Research has however shown that in terms of the arrangement of the protein molecules this model is no longer accurate.

20. They are smaller molecules than proteins, so they have to become attached to a protein molecule before they are activated.

21. Cistron A unit of function, i. e. a segment of DNA that determines a single polypeptide chain of a protein molecule or a messenger RNA molecule.

22. The molecular packing was analyzed with 10 different crystal forms of T4 lysozyme, where there is only one protein molecule in an asymmetric unit.

23. It is assumed that this is due to the ions masking the repulsion between one charged gluten protein molecule and another of like charge.

24. The present invention is one kind of nano zeolite molecular sieve assembly for separating protein molecule and its preparation.

25. A heat shock protein(HSP), also known as stress proteins, is a group of important physiological functions and evolutionarily highly conserved protein molecule family.

26. What's more , the whole process of life is supported by the energy released during the hydrolysis of ATP(adenosine triphosphate ) which attaches at the protein molecule .

27. Protein secondary structure prediction becomes the most important step of predicting the space conformation from protein molecule.

28. Drug design has been relied on target enzyme which usually is a protein molecule.

29. To make use of the MMPs Dr Tsien attaches his fluorescent dye, along with some positive charges(), to one side of a small hairpin-shaped protein molecule.

30. The resulting linear sequence of amino acids is a newly minted protein molecule, formed precisely according to the code imprinted in the section of DNA that was used.

31. The up-to-date implication of gene is the integrated DNA section of coding a RNA molecule or protein molecule.

32. Hemoglobin - based oxygen carriers ( HBOCs ) utilize the same oxygen - carrying protein molecule found in blood.

33. Furthermore, the large surface area of these imprinted nanowires results in large capacity for protein molecule binding.

34. Chapter 3 describes a technique for the preparation of polymer nanowires with the protein molecule binding sites on surfaces.