Calculate the map distance between genes in fungi using tetrad analysis?

Q: How many genes today can be traced back to LUCA? Around 10 A few hundred 0 Many thousand

A: The beginnings of life on Earth have been the subject of much logical request and talk about for…

Q: Explain international rice genome sequencing progect?

A: The rice genome sequencing project has been considered as a national project since 1998 in Japan. A…

Q: you could determine if two genes are located close together on a chromosome.

A: Gene mapping is the process of identifying  the locations of genes on the chromosomes. The closer…

Q: how can we do Gene mapping using deletion chromosomes.

A: Deletion mapping is a process that allows geneticists to determine the location of a deleted region…

Q: What characteristic of a genomic island suggests that it originated in another species?

A: A genomic island is defined as the portion of the genome which gives the idea with the evidence of…

Q: What method can be used to compare the transcriptomes of the individual single cells?

A: A transcriptome is a range of mRNA molecules that are expressed by an organism. It is a term that…

Q: What would be a disadvantage of reproducing using a spore?

A: Reproduction can be asexual and also sexual. Spore formation is an asexual form of reproduction in…

Q: which studiy showed that yeastmitochondria are inherited biparentally

A: Biparental inheritance is one in which the progeny inherits alleles from both maternal and paternal.…

Q: Establish relative gene positions using two-point cross data.

A: Relative positions of genes are determined by gene mapping. A gene map represents a spatial sequence…

Q: What is lateral gene trasfer? How might it take place between two bacterial cells?

A: Gene transfer is the process in which the DNA containing functional genes is transferred between two…

Q: Describe how the relative numbers of PDs and NPDscan be used to establish linkage

A: Parental ditype is a type of tetrad consisting of two different genotypes both of that are parental.…

Q: Describe the origin of cultivated American cotton.

A: Cotton is a delicate, cushy staple fiber that fills in a boll, or defensive case, around the seeds…

Q: Contrast WGS for gene identification to linkage map-basedapproaches ?

A: Disease gene identification may be a method by that scientists determine the mutant genotypes…

Q: Describe the method used to produce protoplast fusion hybrids.

A: Protoplasts are defined as the spherical naked plant cells produced or generated by the removal of…

Q: Defi ne palindrome and draw three different palindromic sequences.

A: DNA( deoxyribonucleic acid) is the double-stranded molecule that is the genetic material in most…

Q: Compare a polyribosome and the rough ER.

A: answer given below

Q: Explain how the random nature of independent assortment contributes to diversity of zygotes, even…

A: Independent assortment is a fundamental principle of genetics, which states that the alleles of two…

Q: What are taxonomic aids? Mention some of the taxonomic aids for identification.

A: Taxonomy is the science of naming, describing, classifying organisms. The father of Taxonomy is Carl…

Q: Explain how In situ hybridization can detect activity of specific genes in whole and sectioned…

A: Introduction In situ hybridization (ISH) is a form of hybridization that uses a labeled…

Q: How can chromosome paint probes be used to analyze the evolution of mammalian chromosomes?

A: Chromosome Painting, or FISH (Fluorescence In Situ Hybridization) is the powerful method used to…

Q: breifly compare horizontal and vertical gene transfer?

A: Gene transfer is a process by which an organism incorporates genetic material from another organism…

Q: Describe FISH analysis and its application in findingspecific DNA sequences in a chromosome.

A: The study of the structure and function of the chromosome to understand the pattern of inheritance…

Q: Explain gene dosage in jimsonweed

A: Jimsonweed is a plant whose leaves and seeds are used for making medicines. It is used to treat…

Q: explain how   Robertsonian translocations can reshapegenomes

A: Translocation can be defined as the movement of DNA (deoxyribonucleic acid) sequences in between two…

Q: You are asked to prepare a karyotype of any species.what type of cell division you will look at to…

A: The structural and functional features of chromosomes along with their abnormalities are studied in…

Q: Plant scientists can use Agrobacterium to put other genes into plant chromosomes. Explain?

A: Agrobacterium species like Agrobacterium tumefaciens are used in genetic engineering to make…

Q: Explain the Genome  of Chickpea ?

A: A genome is an organism's whole set of DNA, which includes all of its genes and the…

Q: Explain how and why animal clones can be produced from asingle body cell

A: Cells reproduce by a cycle of growing and dividing called a cell cycle. The cell cycle is the…

Q: Interpret the results of an experiment that uses the techniqueof comparative genomic hybridization?

A: Comparative genomic hybridization [CGH] could be a molecular cytogenetical technique for analysing…

Q: Discuss briefly and concisely how ring species form

A: Changes in the heritable genetic characteristics of an organism are known as evolution. Evolution is…

Q: Show the difference between a chromosomal aberration and gene mutations using example/s.

A: Mutations basically refer to the random change in the DNA sequence that usually alters the phenotype…

Q: Mention the advantages of selectind pea plants foe experiment by mendal?

A: Gregor Johann Mendel was an Austrian botanist, teacher, and Augustinian prelate. He the first person…

Q: What are taxonomic aids? Mention some of the taxonomic aids for identification.

A: Taxonomy involves naming, identifying, and classifying organisms.

Q: Describe how colchicine is used to produce polyploid species?

A: The condition that results in having more than two homologous sets of chromosomes is referred to as…

Genetic analysis

Genetic analysis refers to the process of studying and analyzing changes in chromosomes or genes using different methods in scientific fields such as genetics and molecular biology. It involves the localization and identification of genes and the detection of inherited or genetic disorders caused by mutations or other abnormal variations in our genome.