Biology Biochemistry Life sciences Electromagnetic radiation waves purine pyrimidine nucleotide mutation

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Substrate Level Phosphorylation

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Substrate - Level Phosphorylation ATP synthesis occurs in two ways.  In the first, substrate level phosphorylation a phosphate transfers from organic compounds to ADP forming ATP. An enzyme that binds both the substrate and ATP , catalyzes to transfer. The energy of substrate level phosphorylation comes from the phosphate bond of the substrate. Some energy escapes as heat when the phosphate group transfers.
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CSIR NET exam - Important bio-techniques to study

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Important bio-techniques to study for CSIR NET exam: 1. ChIP 2. MALDI 3. PCR 4. Electrophoresis 5. Patch clamp technique 6. DNA sequencing 7. FACS 8. FRAP 9. Blotting techniques -all types 10. Yeast-two-hybridization 11. BAC, YACs 12. Chromatography 13. DNA fingerprinting 14. Centrifugation 15. Microarray 16. Genomic and cDNA library
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Life Sciences - Chromosome Banding

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Chromosome Banding A gene is a functional unit of DNA, and your DNA is organized onto chromosomes. Chromosome banding is a little like tie-dying your chromosomes. A chromosome is a unit of tightly-packed DNA. DNA has to wrap tightly around itself, because you have quite a lot of it. In fact, if you unrolled all the DNA in a single one of your cells, it would be about three meters long. Humans have 46 chromosomes - 23 from Mom and 23 from Dad. Chromosome-bands In chromosome banding, we treat chromosomes with chemicals to stain them and learn about a chromosome by how it stains. There are several different types of stains we can use. There are several types of chromosome banding. Here, we will list a few of the most common types. G-banding uses a stain called Giemsa stain. G-banding gives you a series of light and dark stripes along the length of the chromosome. We will discuss G-banding in the most detail, because you will likely see G-banding if you take a genetics...
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