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Biotechnology |
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no risk of antigen persistence or integration into the genome. mRNA Vaccine Development against COVID-19 The COVID-19 pandemic demonstrated the thr... |
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| Class XII |
Biotechnology |
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to different regions of antigen called epitopes present on the surface of antigen and hence, designated polyclonal antibodies. This polyclonal anti... |
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| Class XII |
Biotechnology |
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or humanised antibodies possessing higher effectiveness and activity. Antibody forming plasma cells Antigen + Fusion Hybridoma cells Immunisation P... |
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| Class XII |
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very similar except one or three amino acids. But these minor differences in the chemical structure can lead to an allergic response in some diabet... |
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| Class XII |
Biotechnology |
Biotechnology |
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for each of the two insulin polypeptides next to a highly expressed gene for E-galactosidase. Antibiotic Insulin gene Antibiotic Insulin gene A sub... |
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| Class XII |
Biotechnology |
Biotechnology |
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amino acids, lipids and carbohydrate metabolism during childhood as well as the adulthood. Fig. 4.15: Eli Lilly Company has been marketing E.coli e... |
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| Class XII |
Biotechnology |
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Polymorphism (RFLP). • The process of insertion of a foreign gene (transgene) into the genome of an organism and its transmission and expression in... |
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| Class XII |
Biotechnology |
Biotechnology |
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genes in humans by introducing correct genetic material inside cells. There are three main approaches for gene therapy, they are: (i) Gene replacem... |
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| Class XII |
Biotechnology |
Biotechnology |
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Applications of Recombinant DNA technology 107 Reprint 2025-26 EXERCISES 1. What do you mean by DNA fingerprinting? Explain it through RFLP. 2. Wha... |
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| Class XII |
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and reason are true but the reason is not the correct explanation of the assertion. (c) Assertion is true but reason is false. (d) Both assertion a... |
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| Class XII |
Biotechnology |
Biotechnology |
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UNIT II Genome Engineering Chapter 5: Genome Technology and Engineering Reprint 2025-26 Stanley Norman Cohen 17 February 1935—present Stanley Cohen... |
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| Class XII |
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genomics 5.6 Protein on understanding the biology of organisms have been engineering detailed. In Chapter 7 of Class XI, students have already stud... |
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scientist might also be interested to know the genetic basis (genes and mutations in it) of a particular phenotype. Therefore, a set fg h a a of te... |
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| Class XII |
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Biotechnology |
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between them. Therefore, decreased recombination frequency is an indication that distance between said loci is less. When genetic loci are arranged... |
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| Class XII |
Biotechnology |
Biotechnology |
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of restriction sites of the genome. Such a map can easily be compared with others noticing the gain or loss of certain restriction sites resulting ... |
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| Class XII |
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one larger unique band in (y). Genome Technologyand Engineering 117 Reprint 2025-26 RFLP DNA morph of individual 1 DNA morph of individual 2 RE RE ... |
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narrow down the region of interest to small locus of DNA, that is, statistically associated with the phenotype of interest. Only this small region ... |
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| Class XII |
Biotechnology |
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are separated based on their size using capillary gel electrophoresis technique (in Genome Technologyand Engineering Reprint 2025-26 which the elec... |
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| Class XII |
Biotechnology |
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special method called Bridge PCR Amplification. A flow cell is a solid support, where single stranded small oligonucleotides (8 –10 bases) are atta... |
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| Class XII |
Biotechnology |
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this way, millions of fragments are sequenced parallelly at the same time. The sequencing reaction is polymerase based and it is carried out in the... |
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| Class XII |
Biotechnology |
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current is maintained across the nanopore, and it is monitored continuously. When the single stranded DNA bases pass through the pore, the porins l... |
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| Class XII |
Biotechnology |
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inheritance, identification of the genetic disorders that are inherited and so on. Whole genome sequencing of human genome started in 1990 and comp... |
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| Class XII |
Biotechnology |
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high-throughput DNA sequencing, DNA sequencing technology itself has been adapted to do much more than just reveal the genome sequence of an organi... |
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| Class XII |
Biotechnology |
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of microbial communities living in extreme environments, like high temperature sulphur springs can help to identify the novel enzymes that are resi... |
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| Class XII |
Biotechnology |
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insertion. This behaviour of transposon is exploited to knock-out an existing gene. In such a strategy, the transposon is engineered, so that it re... |
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