پیشرفت‌های اخیر در بیوشیمی استروئیدها ۲۰۱۴
Recent Advances in Steroid Biochemistry 2014

1. Front Cover

2. Recent Advances in Steroid Biochemistry

3. Copyright Page

4. CHAPTER 1. PARTIAL PURIFICATION OF STEROID-RECEPTOR COMPLEXES BY DNA-CELLULOSE CHROMATOGRAPHY AND ISOELECTRIC FOCUSING

5. CHAPTER 2. ENZYMATIC TECHNIQUES IN STEROID ASSAY

6. CHAPTER 3. MASS FRAGMENTOGRAPHY OF STEROID HORMONES

7. CHAPTER 4. SEPARATION AND COMPUTERIZED GAS CHROMATOGRAPHY-MASS SPECTROMETRY OF UNCONJUGATED NEUTRAL STEROIDS IN PLASMA

8. CHAPTER 5. STEROIDS AS HAPTENS: OPTIMAL DESIGN OF ANTIGENS FOR THE FORMATION OF ANTIBODIES TO STEROID HORMONES

9. CHAPTER 6. SOME ASPECTS OF THE USE OF 125I-LABELLED LIGANDS FOR STEROID RADIOIMMUNOASSAY

10. CHAPTER 7. TESTOSTERONE BINDING CAPACITY IN RELATION TO THE PRODUCTION AND METABOLISM OF TESTOSTERONE IN DOGS, EXPERIENCES OF A NEW METHOD

11. CHAPTER 8. SIMULTANEOUS ESTIMATION OF TESTOSTERONE, PROGESTERONE AND ANDROSTENEDIONE BY GAS CHROMATOGRAPHY-MASS SPECTROMETRY WITH A SINGLE ION DETECTION CORRELATION WITH RADIOIMMUNOASSAY

12. GENERAL DISCUSSION

13. CHAPTER 9. THE PREPARATION AND USE OF PURIFIED AND UNPURIFIED DISPERSED ADRENAL CELLS AND A STUDY OF THE RELATIONSHIP OF THEIR cAMP AND STEROID OUTPUT

14. CHAPTER 10. BIOLOGICAL CONSEQUENCES OF 18-HYDROXYLATION

15. CHAPTER 11. MULTIFACTORIAL REGULATION OF THE FINAL STEPS OF ALDOSTERONE BIOSYNTHESIS IN THE RAT

16. CHAPTER 12. SOME COMPARATIVE STUDIES IN ADRENOCORTICAL STEROIDOGENESIS: AN INTERPRETATION OF THE FUNCTIONAL HOMOLOGIES OF THE MAMMALIAN AND NON-MAMMALIAN ADRENAL CORTEX

17. CHAPTER 13. STEROIDOGENESIS IN ADRENAL CELLS

18. CHAPTER 14. STIMULATION FACTORS FOR CHOLESTEROL SIDE-CHAIN CLEAVAGE IN THE CORPUS LUTEUM AND ADRENAL GLAND

19. CHAPTER 15. IN VITRO STUDY ON CORTICOSTERONE CYTOCHROME P-450 BINDING IN RELATION TO THE REGULATION OF CORTICOSTERONE METABOLISM

20. GENERAL DISCUSSION

21. CHAPTER 16. SUPERFUSION OF RAT TESTES WITH MIXTURES OF LABELED TESTOSTERONE AND ANDROSTENEDIONE

22. CHAPTER 17. REGULATION OF STEROIDOGENESIS IN TESTIS

23. CHAPTER 18. ANDROGEN BINDING PROTEINS IN DIFFERENT TESTIS COMPARTMENTS

24. CHAPTER 19. SEXUAL DIFFERENTIATION OF HEPATIC STEROID METABOLISM IN THE RAT

25. CHAPTER 20. RELATION OF STRUCTURE AND BIOLOGICAL ACTION OF GONADOTROPHINS

26. CHAPTER 21. ACTH AND SULFATASE ACTIVITY

27. CHAPTER 22. NEW RESULTS ON OESTROGEN GLUCURONYLTRANSFERASE

28. GENERAL DISCUSSION

29. CHAPTER 23. EFFECTS OF ESTROGENS ON UTERINE POLY (A)-RICH RNA

30. CHAPTER 24. IN VITRO STIMULATION OF NUCLEOLAR AND NUCLEOPLASMIC RNA POLYMERASES IN CALF UTERUS

31. CHAPTER 25. HORMONAL REGULATION OF UTERINE CONTRACTILITY: THE ROLE OF THE ADENYLATE CYCLASE SYSTEM

32. CHAPTER 26. A SPECIFIC TESTOSTERONE RECEPTOR IN THE CYTOSOL OF RAT ANTERIOR HYPOPHYSIS

33. CHAPTER 27. INTERACTION OF ALDOSTERONE AND CORTICOSTERONE WITH CELL NUCLEI OF TARGET ORGANS UNDER DIFFERENT FUNCTIONAL STATES

34. CHAPTER 28. INTERACTIONS OF ACTH WITH ITS ADRENAL RECEPTORS: SPECIFIC BINDING OF ACTH1–24, ITS O-NITROPHENYL SULFENYL DERIVATIVE AND ACTH

35. CHAPTER 29. NUCLEAR ACCEPTOR SITES FOR GLUCOCORTICOID RECEPTORS

36. CHAPTER 30. TESTOSTERONE METABOLISM: A NECESSARY STEP FOR ACTIVITY?

37. CHAPTER 31. INVESTIGATIONS OF ANDROGEN-PROSTATIC TISSUE RELATIONSHIPS IN SUPERFUSION EXPERIMENTS USING STEROID CONCENTRATIONS APPROACHING THOSE FOUND IN VIVO

38. CHAPTER 32. HIGH AFFINITY BINDING OF OESTRADIOL BY RAT TESTIS INTERSTITIAL TISSUE AND BY SEVERAL OTHER TISSUES OF THE MALE RAT

39. CHAPTER 33. INTERACTION BETWEEN OESTROGENS AND NEUROTRANSMITTERS AT THE HYPOPHYSIAL-HYPOTHALAMIC LEVEL

40. CHAPTER 34. ESTROGEN RECEPTORS IN THE PANCREAS

41. CHAPTER 35. STEROID HORMONE RECEPTORS IN FETAL GUINEA-PIG KIDNEY

42. CHAPTER 36. HORMONE-INDUCED TRANSFORMATION OF RECEPTOR PROTEINS

43. CHAPTER 37. MOLECULAR MECHANISMS OF STEROID HORMONE ACTION

44. CHAPTER 38. INFLUENCE OF OUABAIN ON SODIUM TRANSPORT BY ALDOSTERONE-STIMULATED AMPHIBIAN EPITHELIA

45. GENERAL DISCUSSION

46. PUBLISHER’S ANNOUNCEMENT