I think it's lights-dependent reaction
Explanation:
Because the light dependent reaction use light energy to make two molecules needed for the next stage of photosynthesis: the energy storage molecule ATP and the reduced electron carrier nadph in Plants, the light reaction take place in the thylakoid membranes of organelles has called chloroplast.
Answer:
3rd N-base to go from UCU to UUU
Explanation:
a) substitution of 3rd N-base to go from CAU to CAC will cause a silent mutation which means that the change in nucleotide sequence will not change the encoding aminoacid i.e Histidine
b) substitution of 3rd N-base to go from UGU to UGC will also results in silent mutation which means that the change in nucleotide from U to C here will not change the encoding aminoacid i.e Cysteine
c) the substitution of 3rd N-base to go from UCU to UUU has the potential to cause the damage because in this option the nucleotide change cause the change in encoding amino acid sequence i.e from Serine to Phenylalanine, so it can affect the protein function and stability further. This type of mutation is called as missense mutation.
I believe the correct response would C. Both high energy containing molecules and or compounds are produced in the first stage or the light dependent stage of photosynthesis and subsequently they are used up in the next phase, the Calvin cycle or the light independent cycle.
The right answer is B.
Insertion is a genetic mutation characterized by the entrenchment of genetic material in a chromosome. The insertion size varies between a base pair and an entire sector of a chromosome moved to another. In the latter case, part of the genetic data of the first chromosome is erased. This can happen during an uneven jumping.
The embedding of nucleic bases in a gene makes it longer and shifts the reading of its data, which can modify its functioning in a harmful way, especially if the insertion occurs on the exon (fragments of an RNA primary presence in cytoplasmic RNA after splicing).
Explanation:
-function
Cells are the basic microscopic units of all organisms. There are two cell types:
- Prokaryotic ( meaning ➡️ pro: before and Karyon: for kernel/nut) describes organisms which don’t have a cell nucleus or other organelles surrounded by membranes.
- Eukaryotic (eu meaning true), are organisms with a cell nucleus and several other organelles surrounded by membranes.
- Example prokaryotes do not contain: nuclei , Golgi apparatus, chloroplasts, mitochondria
Both may contain a cell wall (seen in eukaryotic fungi and plant cells)
Their structural components (i.e. their makeup) determine their function (what they do) . For instance, photosynthesizing cells in algae and plants have structures called chloroplasts. These contain chlorophyll, a specialized compound which facilitates the conversion of light energy to energy stored in carbohydrates.Organisms, are either unicellular (single- celled) or multicellular (many celled).
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