How would I be able to calculate alpha, beta, and gamma diversity from sites A, B and C?

Q: What is replica plating?

A:

Q: Which of the following pairs of sequences would be considered different alleles in DNA profiling?…

A: DNA profiling employs highly variable conserved regions known as variable number tandem repeats…

Q: What is a poor transformation efficiency?

A: Transformation is a natural phenomenon mostly observe in many bacteria. It is dependent on the…

Q: Which is a limitation of using massively parallel sequencing ?

A: It is a term used to describe the method of high-throughput DNA sequencing to determine the entire…

Q: How does size of DNA affect size traveled during electrophoresis?

A: Electrophoresis is a technique for the separation followed by the analysis of the macromolecules…

Q: Why is the observed mutation rate of E. coli 10–8 to 10–10 per base pair replicated, even though the…

A: The fidelity of DNA replication before the onset of cell division is an major factor in the…

Q: How is isotype IgA radioactive decay used?

A: The branch of medicine known as nuclear medicine deals with the use of radioisotopes in the field of…

Q: How would you detect the SNP?

A: SNP  -Single nucleotide polymorphism         A single nucleotide replaced with other nucleotides in…

Q: Minghao, Mingyu's laboratory partner, was assigned to work on a double-stranded DNA (ds-DNA) sample…

A: DNA is the genetic material present in our body. DNA structure is right handed double helix in which…

Q: You were tasked to conduct a population genetic survey of a diploid insect population. You obtained…

A: When conducting a population genetic survey, such as the one described involving a diploid insect…

Q: Approximately how large is the Escherichia coli genome in basepairs? How many genes does it contain?

A: Escherichia coli also known as E. coli is a gram negative, facultative anaerobic, rod shaped,…

Q: How is fluorescence in situ hybridization (FISH) used to producea spectral karyotype?

A: Fluorescence in situ hybridization (FISH) is a technique that is used to detect and locate a DNA…

Q: How does DNA profiling make use of genetic variation in DNA sequences

A: DNA profiling is also called DNA fingerprinting.

Q: How does Sanger sequencing differ from PCR?

A: Sanger sequencing and PCR are two unique molecular biology techniques, however they perform…

Q: What is domain? And Why is it complicated to classify and study domains purely using sequence…

A: All the prokaryotic organisms belong to Archea or Bacteria while eukaryotic organisms belong to…

Q: tail the process of Sanger sequencing. Include a diagram

A: Sequencing of genetic material involves visualizing the number and arrangement of base pairs. It is…

Q: What is the purpose of shotgun sequencing?

A: Deoxyribonucleic acid (DNA) sequencing is the process of determining the nucleic acid sequence based…

Q: Briefly explain in situ hybridization, giving some applications of this technique.

A: Introduction Molecular biology deals with various techniques for study of structure and functioning…

Q: 1. There are two different variations at STR locus THO1. Where did these variations come from? b)…

A: The variations at STR locus THO1 come from the inheritance of alleles from the individual's parents.…

Q: For the plasmid below, list the origin and what antibiotic you would use for selection?

A: Plasmid is a naturally occurring extra chromosomal material in prokaryotic cells such as bacteria.…

Q: Outline how much of each of these compounds you would weigh out in order to make a 250 mL stock of…

A: TE buffer is used for many process among which Agarose gel electrophoresis is one where it is used.

Q: If DNA is extracted from the juvenile leaves of mint plant. Then how to check the quantity and…

A: Gel electrophoresis is a technique used widely to separate the DNA molecule based on its charge and…

Q: Considering the technologies that pave the way for the identification of molecules on the basis of…

A: Within the scope of recombinant DNA technology, the technologies that pave the way for the…

Q: A fluctuation test was carried out to determine the rate of mutation to Azetidine resistance (a…

A: The inventors of fluctuation test were Delburk and Luria in 1943. This test aimed to determine…

Q: What characteristic specifically defines a High Frequency Recombination (HFr) cell line?

A: plasmid is an extrachromosomal DNA that can replicate independently.  F plasmid is called fertility…

Q: What is somatic hybridisation? Describe the various steps in producing somatic hybrids from…

A: The term somatic refers to the type of cells present in the body of an organism. Cell is the…

Q: Why is  Neurospora a good test organism?

A: Neurospora is a genus of fast-growing orange-red fungus, which lives mainly in tropical and…

Q: CPT code assignment 44970

A: Cpt code is current procedural terminology. These are the numerical codes helps to identify the…

Q: You are using nitrosoguanidine to “revert” mutant nic-2(nicotinamide-requiring) alleles in…

A: Neurospora can be defined as a genus of ascomycetes fungi. The genus name, which means "nerve…

Q: An auxotroph bacterium A could grow only on a medium containing leucine, and an auxotroph bacterium…

A: Auxotrophs are the mutant strain which are not able to grow on minimal media. Such mutant strains…

Q: What are the approximate sizes of each band and their relative brightness after clean up pcr?

A: Gel electrophoresis is a process used to separate the DNA fragments based on their size and charge.…

Q: When is low diversity especially problematic in sequencing?

A: In sequencing micro RNA any method which requires use of in house barcodes may results in giving low…

Q: Both the isolation buffer and assay buffer that was used in isolation of mitochondria contained 0.3M…

A: Mitochondria is a double membrane organelle with a rod like shape. It produces chemical energy in…

Q: Is the formula "genotype + environment=phenotype" accurate?

A: Genotype  It is the contents of genome. Phenotype   It is the physical appearance.

Q: What is DNA? Provide a 5-sentence long description only.

A: Nucleic acids, large macromolecules are necessary for all organisms and viruses to function. The…