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Showing posts with label Biochemistry and Molecular biology. Show all posts
Showing posts with label Biochemistry and Molecular biology. Show all posts

Thursday, July 13, 2017

Comparison between inorganic catalysts and enzymes


Inorganic catalysts
Enzymes
1.      They are mineral ions or small molecules
They are globular proteins
2.      They can promote diverse reaction
They can promote a specific reaction of a substrate
3.      They are not regulated by any regulator molecules
They are regulated by specific molecules
4.      They are less sensitive to temperature and pH
More sensitive to temperature and pH
5.      They are not synthesized in the living cells
They are synthesized by ribosomes in the living cells

Sunday, March 26, 2017

Comparison between saturated and unsaturated fatty acids

Saturated fatty acids
Unsaturated fatty acids
1.         They do not possess any double bond in their carbon chains
They possess one or more double bonds in their carbon chains
2.         They are straight chains
They have bend or kink at the double bond
3.         They have higher melting point than the unsaturated fatty acids
Lower melting point
4.         They are solid at ordinary temperature
They are liquid at ordinary temperature
5.         They occur in most animal fats
They occur in most plant fats
6.         Hydrogenation has no effect on saturated fatty acids
Hydrogenation convert unsaturated fatty acids into saturated ones

Saturday, March 4, 2017

BIOCHEMICAL DATA OF SERUM


Component
Normal value
Blood sugar level
Fasting: 65-100 mg/dl (100 ml)
Post Prandial: 80-140 mg/100 ml
Random: 80-140 mg/100 ml
Blood urea
10-50 mg/ 100 ml
Serum creatinine
0.50- 1.50 mg/100 ml
Uric acid
2.5-7.5 mg/100 ml
Copper
100-200 mg/100 ml
Lactic dehydrogenase (LDH)
90-260µ/ ml
Total cholesterol
150-250 mg/100ml
Total lipids
400-700 mg/100ml
Triglycerides
40-170 mg/100 ml
High density lipids (HDL)
30-70 mg/100 ml
Low density lipids (LDL)
150 mg/100 ml
Very low density lipid (VLDL)
30 mg/100 ml
Serum bilirubin (Total)
0.2- 1.2 mg/100 ml
Serum bilirubin (direct)
0.00- 0.25 mg/100 ml
Serum bilirubin (Indirect)
0.2- 0.7 mg/100 ml
Alkaline phosphtase
60-170 iu /L
Creatine phosphokinase (CPK)
Female: 10-37 units/l
Serum proteins (Total)
5.5-8 gm/100 ml
Albumin
3.5-5 gm/100 ml
Globulin
2.3-3.5 gm/100 ml
Albumin- Globulin ratio
1.5:1 to 2.5:1
Chloride
9.8-109 mmol/L
Sodium
135-155 mmol/L
Potassium
3.5-5.5 mmol/L
Phosphorous
3.5-5.6 mg/100 ml
Magnesium
1.25-2.5 mg/100 ml
Serum amylase
0.7-25µ/ 100ml
Acid phosphatase
Female: 0.01-0.56 µ/ ml
Male: 0.13-0.63 µ/ ml
Calcium
8.5-10.5 mg/100 ml
Serum transaminase

Serum gluco oxytransaminase (SGOT): 10-40µ/ml
Serum gluco phosphotransaminase (SGPT): 6-36 µ/ ml
GGTP    
Female: 5-29 unit/L
Male: 5-38 unit/L
Amylase
4-25 µ/ ml
Blood urea nitrogen (BUN)
8-25 mg/ ml

Haematological data





Component
Normal value
Haemoglobin      
Female                 
12- 16 gm%
Male                      
14-18 gm%
Infants  
14-20 gm%
Total leucocyte count (TLC)

4000-11000/ mm3
Differential leucocyte count (DLC)

Neutrophil
40-70 %
Lymphocytes
20-40 %
Monocytes
2-10 %
Eosinophils
1-6%
Basophils
0-1%
Total erythrocyte count (TRBC)
Male
4.5- 6.5 lac/ mm3
Female
4.1-4.8 lac/ mm3
Erythrocyte sedimentation rate  (ESR)
Male
0- 9/15 mm/hr
Female
0- 15/20 mm/hr
Platelet count
1.5- 4.0 lacs/ mm3

Haematocrit
Male
40- 54
Female
37- 47
Bleeding time

1-3 minutes
Clotting time       

3- 7 min
Blood volume (8.5- 9.0% of body w.t)
Male
5-6 litres
Female
4-5 litres
Blood pressure
Systolic
120-130 mm Hg
Diastolic
80-90 mm Hg

Vitamins: Sources, Functions, Deficiency diseases -1


Fat Soluble Vitamins

Vitamins
Discovered by
Daily requirement
Sources
Functions
Deficiency
Vitamin A (Retinol, carotenoid, anti- xerophthalmic vitamin, vitamin of growth)
Mc Collum & Davis (isolated by Holmus)
2 mg
Carrots, pumpkin, sweet potatoes, tomato, yellow coloured fruits, pink grape fruits, apricots, leafy vegetables (Animals synthesize this vitamin from carotene. So it is called Provitamin A.
Fish liver oil, butter, egg yolk, milk, cod liver oil, ghee
Synthesis of muco- polysaccharides so important for body growth.

Maintain integrity and secretory activity of epithelial glandular cells.

Night vision
Nyctalopia (Henerolopia)
Xerophthalmia
Dermatitis
Increased susceptibility to infection and cancer
Keratomalacia (Toad’s skin)
Stunted growth
Sterility      
Vitamin D (Antirachitic vitamin, alciferol, sunshine vitamin
5 forms: D1, D2, D3, D4, D5
Steenbock & Hess
0.01 mg
Fish liver oil, butter, milk, egg, cheese, margarine, cream, oysters & cereals.
Synthesized in skin from ergosterol (Provitamin D)
Ca/ P balance
Increase absorption of Ca from intestine.
Rickets (in children)
Osteomalacia (Especially in pregnant woman)
Vitamin E (Tocopherol, antisterility vitamin, fertility factor, beauty vitamin)
3 forms: α, β & γ
Evans & Sore
15 mg
Wheat germ, corn, nuts, seeds, olives, spinach, asparagus, leafy vegetables, vegetable oils, and their products, margarine, cotton seed oils
Antioxidant and prevents oxidative destruction of other vitamins (E.g. vit.K)

Prevents formation of unsaturated fatty acids so prevents brown pigmentation

Normal working of gonads

Normal child birth

Removes wrinkles of skin, scars
Sterility
Vitamin K (Phylloquinone/ antihaemerrhagic vitamin)
3 forms:
K1(phylloquinone) K2(menaquinone) K(mandione)
Dam & Droisy
0.07-0.14 mg
Cabbage, cauliflower, spinach, soyabeans, cereals, liver, egg yolk.
K- by intestinal bacteria
K- synthetic form.
Formation of prothrombin from liver cells

Blood coagulation

Acts as coenzyme Q and participates in ETC.
Profuse bleeding (Haemerrhage)