Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions icon

Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions




Скачати 423.76 Kb.
НазваPart II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions
Сторінка1/14
Дата13.09.2012
Розмір423.76 Kb.
ТипДокументи
  1   2   3   4   5   6   7   8   9   ...   14






Part II

Module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions.


Content module 6 “The basis of molecular biology”

Topic 3.1. Investigation of purine nucleotides synthesis and degradation. Determination 2-4

of final products of their metabolism.

Topic 3.2. Investigation of pyrimidine nucleotides metabolism. Determination of 5-8

nucleic acid chemical composition.

Topic 3.3. Investigation of DNA replication and RNA transcription. Analysis of DNA 9-11

mutation and repair mechanisms.

Topic 3.4. Protein synthesis. Investigation of initiation, elongation and termination. 12-14

Inhibition of protein synthesis by antibiotics.


Content module 7 “Molecular mechanisms of hormone action on the target cells

and biochemistry of hormonal regulation”

Topic 3.5. Investigation of hypothalamus and hypophysis (pituitary gland) hormones. 15-16

Topic 3.6. Investigation of pancreas and gastrointestinal tract hormones. 17-19

Metabolic changes in diabetes mellitus.

Topic 3.7. Endocrine control of glucose concentration in the blood. Glucose tolerance test. 20-24

Sugar curves. Hormones of the adrenal gland.

Topic 3.8. Hormonal regulation of calcium metabolism. Definition of iodine in the thyroid 25-27

gland. Physiologically active eicosanoids

Topic 3.9. Steroid hormones of sex glands. Endocrine control of metabolism in the 28-30

well-fed state. Regulation of metabolism in starvation.

Topic 3.10. Interrelation and regulation of all metabolism pathways. 31-33


Content module 8 “Biochemistry and pathobiochemistry of the Blood”

Topic 3.11. Investigation of chemical composition and acid-base balance of blood. 34-39

The determination of blood rest nitrogen..

Topic 3.12. Investigation of coagulation, anti- coagulation and fibrinolytic system of blood 40-42

Topic 3.13. Investigation of erythrocytes metabolism. Normal and pathological hemoglobin 43-45

varieties. Investigation of heme degradation.


Content module 9 “Biochemistry of tissues and organs”

Topic 3.14. Biochemistry of the liver. Microsomal oxidation, cytochrome P -450 46-50

Topic 3.15. Studies of biological oxidation of different types. The role of fat-soluble

vitamins in functioning of tissues and organs 51-57

Topic 3.16. Investigation of normal and pathological components of urine. 58-61

Topic 3.17. Biochemistry of nerve and connective tissue. 62-66


Topic 2.18. Summarized control of the Module 3


Questions to Summarized control of Module 3. «Molecular biology. Biochemistry 67-68

of intercellular communications. Biochemistry of tissues and physiological functions.


Part II

Module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions.


Content module 6 “The basis of molecular biology”

Topic 3.1. ^ THE METHODICAL GUIDELINES FOR PRACTICE ACTIVITY ON THE THEME:

Investigation of purine nucleotides synthesis and degradation.

Determination of final products of their degradation.


Biomedical importance:

Even when humans consume a diet rich in nucleoproteins, dietary purine and pyrimidine bases are not incorporated into tissue nucleic acids. Humans biosynthesize the purines and pyrimidines of tissue nucleic acids, ATP, NAD+, coenzyme A, etc, from amphibolic intermediates. However, injected purine or pyrimidine analogs, including potential anticancer drugs, may be incorporated into DNA. The biosyn-theseses of purine and pyrimidine oxy- and deoxyribonucleotides (NTPs and dNTPs) are precisely regu­lated events coordinated by feedback mechanisms that ensure production in appropriate quantities and at times appropriate to varying physiologic demand (eg, cell division). Human diseases that involve ab­normalities in purine metabolism include gout, Lesch-Nyhan syndrome, adenosine deaminase defi­ciency, and purine nucleoside phosphorylase defi­ciency. Diseases of pyrimidine biosynthesis, while more rare, include orotic acidurias. Since, unlike the urates, the products of pyrimidine catabolism are highly soluble (carbon dioxide, ammonia, and β-aminoisobutyrate), there are fewer clinically signifi­cant disorders of pyrimidine catabolism.


The purpose: To develop skills in interpreting nucleoprotein structure on the basic of qualitative reactions for their constitutive components for the further estimating of these biopolymers role in storage and expression of genetic information.


The applicable materials:

1. The tutorial book "Principles of biochemistry", 2005. p.271-279

2. "Biochemistry", Pamela C. Champe at al.2005.p. 289-294, 296-299 (V).

3. Lecture on the theme «The nucleoproteins metabolism»,
  1   2   3   4   5   6   7   8   9   ...   14

Схожі:

Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions iconДокументи
1. /00 - Preface.pdf
2. /01 - Chapter...

Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions iconДокументи
1. /biochemistry.rtf
Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions iconContent module 3 Immunopathologic processes
...
Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions iconДокументи
1. /medbiologiya_medbiologiya (15сент)/Farmaciya_farm_botanika/KTP_UA/LEKZ_фарм_10_11_1.DOC
Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions iconДокументи
1. /HUMAN ANATOMY/TEST TO MODULE 1.doc
2. /HUMAN...

Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions iconДокументи
1. /Short course of pathophysiology - Part 1/1, 2, 3, 4 - general pathophysiology.doc
Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions iconModule І. Fundamentals of Cytology and General Embryology. Content module 2

Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions iconQuestions for final module control Ophthalmology Semantic module 1

Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions iconModule І. Fundamentals of Cytology and General Embryology. Content module 2

Part II module III. Molecular biology. Biochemistry of intercellular communications. Biochemistry of tissues and physiological functions iconI. A. Bokun force dynamics as a construal operation
«cause» in part one and «emotion» in part two as forces and apply force dynamics to the emotion domain
Додайте кнопку на своєму сайті:
Документи


База даних захищена авторським правом ©zavantag.com 2000-2013
При копіюванні матеріалу обов'язкове зазначення активного посилання відкритою для індексації.
звернутися до адміністрації
Документи