Molecular biology is an interdisciplinary science that involves biologists, chemists, and biochemists in the study of genes and the proteins they encode.
In Molecular biology, we read mostly about the nucleic acids (DNA & RNA) and proteins which are essential for life processes. This emerged as a different field in the 1930s and developed out of biochemistry, genetics, and biophysics and today it remains closely associated with these fields only. Its application is used in the materials industry, in the development of new energy sources, in forensic engineering, and in improvement of the food and energy industry. It helps in collecting and understanding data on the genome sequence of living organisms.
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Answer: Responsible for formation of reproduction cells/gametes
Explanation: Meiosis is significant because it makes sure that all organisms (which were produced via reproduction) contains the correct number of chromosomes. Also, Meiosis produces genetic variation by the process of recombination.
Answer:
chlorination and ozonation disinfection
Answer:
D) integrins
Explanation:
The extracellular matrix is an intricate network of carbohydrates and proteins in the cells extracellular space. <em>Collagen proteins </em>undergo modification with carbohydrates within the cell to form collagen fibers; they are interwoven with proteoglycan complexes is made up of carbohydrates proteins and polysaccharides. The resulting mesh is capable of providing structural integrity, mechanical strength and support to tissue.
In the ECM, the fibers are joined to integrins by fibrobronectin bridges. Integrin proteins form crucial connections between surrounding cells, are embedded within the cells' plasma membranes and anchors them in the ECM. Also, they facilitate cell communication in the environment- <u>they are capable of detecting mechanical and chemical signals</u> from the ECM and respond by stimulating signal pathways inside the cell.
Answer:
a type of substitution where ect.
Explanation:
i think sorry if i'm wrong.