| Class XII |
Biotechnology |
Biotechnology |
5 |
5.8: Gene editing using CRISPR-Cas9 technology. Guide RNA position the specific region of genomic DNA with Cas9 protein complex for inducing double... |
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| Class XII |
Biotechnology |
Biotechnology |
5 |
Bacteria use CRISPR-Cas systems to recognise and cut the DNA of invading viruses into inactive segments called CRISPR arrays. This effectively disa... |
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| Class XII |
Biotechnology |
Biotechnology |
5 |
the evolutionary relationship. Rapid progress in the field has led to advancements in structural genomics, which deals with the three dimensional i... |
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| Class XII |
Biotechnology |
Biotechnology |
5 |
organisation of related species. An interesting example is to see as to how genes that are common between mice and human are redistributed across d... |
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| Class XII |
Biotechnology |
Biotechnology |
5 |
the gene are modified by creating point mutations so that it can be mutated or replaced by another amino acid that modulate the desired activity. L... |
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| Class XII |
Biotechnology |
Biotechnology |
5 |
DNA natural DNA (SDM) or PCR DNA -----TGGGTU------ -----TGGGU------ CAT CAC CAT CAC CAT CAC RNA ----- AUGGGU----- ----- AUGGGU-----CUCAC CAUCAC CAT... |
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| Class XII |
Biotechnology |
Biotechnology |
5 |
function of each fragment of antibody is well defined i.e., the antigen binding activity (present in Fab fragment) and the effector function (in th... |
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| Class XII |
Biotechnology |
Biotechnology |
5 |
F. Internalization of recombinant immunotoxin leading to cell death Fig. 5.12: Production of recombinant immunotoxin (A) Natural Antibody (B) Singl... |
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| Class XII |
Biotechnology |
Biotechnology |
5 |
involved in binding the antigen is transferred to the equivalent position in a human antibody coding genes using recombinant DNA techniques, thereb... |
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| Class XII |
Biotechnology |
Biotechnology |
5 |
bases are separated and detected by a fluorescence detector. By this method, base position and type of DNA bases are identified. • Next generation ... |
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| Class XII |
Biotechnology |
Biotechnology |
5 |
with the state of a cell. Genome Technologyand Engineering 137 Reprint 2025-26 • Protein engineering is applied to develop novel reagents, diagnost... |
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| Class XII |
Biotechnology |
Biotechnology |
5 |
15. What are the structural, functional and comparative genomics? 16. What are the applications of protein engineering? Discuss in brief. 17. If yo... |
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| Class XII |
Biotechnology |
Biotechnology |
6 |
UNIT III Microbial, Plant, Animal Cell, Organ Cultures and Bioprocessing Chapter 6: Microbial Culture Chapter 7: Plant Tissue Culture Chapter 8: An... |
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| Class XII |
Informatics Practices |
Informatics Practices |
1 |
sec) 1.2.2 Aggregate Functions Aggregate functions are also called multiple row functions. These functions work on a set of records as a whole, and... |
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| Class XII |
Biotechnology |
Biotechnology |
6 |
laid the foundation of microbiology. In the 1670s to 1680s, a Dutch merchant, Antonie van Leeuwenhoek developed the microscope and observed the mic... |
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| Class XII |
Biotechnology |
Biotechnology |
6 |
in such broths due to the agents coming Louis Pasteur’s experiment that illustrates the idea of germ from outside, rather theory of disease. (The u... |
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| Class XII |
Biotechnology |
Biotechnology |
6 |
salts), and vitamins (e.g. ash). In order to develop more versatile basal medium, Ferdinand Cohn further refined the Pasteur’s medium by varying th... |
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| Class XII |
Biotechnology |
Biotechnology |
6 |
of micro organisms. By the 1930s, the researchers started to consider the importance of growth factors upon bacterial nutrition. In the 1940s, with... |
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| Class XII |
Computer Science |
Computer Science |
1 |
of Program 1-5. 1.7 F Inally clauSE The try statement in Python can also have an optional finally clause. The statements inside the finally block a... |
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| Class XII |
Biotechnology |
Biotechnology |
6 |
most types of bacteria. Microorganisms that obtain their carbon from carbon dioxide are called autotrophs that include a significant number of bact... |
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| Class XII |
Biotechnology |
Biotechnology |
6 |
is required for the skeleton or backbone of all organic molecules, and the carbon sources usually also provide oxygen and hydrogen atoms. In the mi... |
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| Class XII |
Biotechnology |
Biotechnology |
6 |
Though all the microorganisms need sources of energy, carbon, nitrogen, phosphorus, sulfur and various minerals, the specific composition of a suit... |
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| Class XII |
Biotechnology |
Biotechnology |
6 |
extract and yeast extract are aqueous extracts of beef and brewer’s yeast, respectively. The beef extracts have amino acids, peptides, nucleotides,... |
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| Class XII |
Mathematics |
Mathematics Part-II |
1 |
Solution We note that x – x ≥ 0 on [– 1, 0] and x – x ≤ 0 on [0, 1] and that x – x ≥ 0 on [1, 2]. So by P 2e write 2 0 1 2 ∫ x – x dx = ∫ (x – x) d... |
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| Class XII |
Biotechnology |
Biotechnology |
6 |
type of microorganism. They provide nutrients that increase the growth of a particular type of microorganism and suppresses all other microorganism... |
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