Praveen Garg

types of necrosis functions replication rna processing occur in nucleus heat flow from higher to lower temperature gene regulation in prokaryotes cell is the basic unit of life eubacteria mutation is a change in heridity characters ph define alkali and acidity of solution eukaryote cells foof contaminated by m.or. ion exchange chromatography ethyl alcohaol produced from sugary material structure and function of bacteria citric acid production it produced naturally in intetine by microbes amylase is hydrolising enzyme it is group of antibiotics blotting is performed after electrophoresis saparation is based on charge size and m.w. ovule culture development of plant yoga good communication archaebacteria dna as a genetic material dna rna genome types biomolecules monosaccharides rolling circle mechanism oligosaccharides glycans fatty acids histone protein play a important role in packaging modification in dna and histone amino acid forms protein transcription process involve in gene epression proteins are macromolecules transciption in eukaryotes cell cycle mitosis meiosis tight junction gap junction anchoring junction active and passive transport cancer their types their cause and treatment antigen haptenes adjuvants antibody structure and types of antibody protoplasm fusion methods and application cell injury cell rupture causes translation anther culture used to produced haploid plant single cell culture somatic cell produce embryo plant tissue culture and application diffusion sedimentation osmosis occur only in liquid virus and diversity microbes are useful and harmful belongs to archea immune system is essential to our body thymus bone marrow spleen lymph nodes different nutrients sources growth rate growth curve physical and chemical factor stem cells