The nitrogenous base present in ATP molecule is:
The nitrogenous base present in ATP molecule is:
Guanine | |
Adenine | |
Cytosine | |
Uracil |
Guanine | |
Adenine | |
Cytosine | |
Uracil |
Crossing over | |
Bivalent | |
Synapsis | |
Chiasmata |
Pepsin | |
Trypsin | |
Pancreatic amylase | |
Lipase |
Epidermis | |
Endoderms | |
Conducting tissues | |
Cortex |
11.5 kilogram | |
2000 gram | |
789 gram | |
1000 gram |
7300 | |
73 | |
73000 | |
730 |
Iodine | |
Flouride | |
Iron | |
Zinc |
Plantae | |
Pisum | |
Magnoliophyta | |
Fabales |
Glycerol | |
Proteins | |
Carbohydrates | |
Lipids |
0.3 sec | |
0.1 sec | |
0.4 sec | |
0.2 sec |
Active transport | |
Osmosis | |
Diffusion | |
Passive transport |
Lipase | |
Trypsin | |
Amylase | |
Protease |
Lipids | |
DNA | |
DNA and Protein | |
RNA |
Low | |
High | |
Medium | |
Very high |
Data | |
Law | |
Theory | |
Hypothesis |
Vitamins D | |
Vitamins K | |
Vitamins B | |
Vitamins C |
Order | |
Species | |
Class | |
Genus Lire |
Anaphase | |
Metaphase | |
Tetophase | |
lnterphase |
55 - 60 % | |
60 - 70 % | |
65 - 70 % | |
60 - 65 % |
Starch | |
Glucose | |
Lipids | |
Protein |