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leonid [27]
3 years ago
15

What is the unique thing about stem cells that makes them so desirable for therapeutic use?

Biology
1 answer:
balandron [24]3 years ago
5 0

Answer:

I dont know.... .

Explanation:

go bts go bts go btsதமிழில் தேடுங்கள்

எத்தனால் என்பது நமது கார்கள் மற்றும் டிரக்குகளை இயக்குவதற்கான மாற்று எரிபொருளுக்கு ஒரு எடுத்துக்காட்டு.

"of" (and any subsequent words) was ignored because we limit queries to 32 words.

https://afdc.energy.gov › ... › Ethanol

Ethanol Production and Distribution - Alternative Fuels Data Center

Ethanol is a domestically produced alternative fuel most commonly made from corn. ... such as crop residues and wood—though this is not as common.Ethanol is one example of alternative fuels for powering our cars and trucks. Ethanol can be produced in different ways, but most often by microorganisms acting on plant materials such as corn. Advocates argue that burning ethanol would not alter the net emission of CO 2even though when ethanol is involved in combustion it produces CO 2 . What are the pros and cons of producing and burning ethanolEthanol is one example of alternative fuels for powering our cars and trucks. Ethanol can be produced in different ways, but most often by microorganisms acting on plant materials such as corn. Advocates argue that burning ethanol would not alter the net emission of CO 2even though when ethanol is involved in combustion it produces CO 2 . What are the pros and cons of producing and burning ethanolEthanol is one example of alternative fuels for powering our cars and trucks. Ethanol can be produced in different ways, but most often by microorganisms acting on plant materials such as corn. Advocates argue that burning ethanol would not alter the net emission of CO 2even though when ethanol is involved in combustion it produces CO 2 . What are the pros and cons of producing and burning ethanolEthanol is one example of alternative fuels for powering our cars and trucks. Ethanol can be produced in different ways, but most often by microorganisms acting on plant materials such as corn. Advocates argue that burning ethanol would not alter the net emission of CO 2even though when ethanol is involved in combustion it produces CO 2 . What are the pros and cons of producing and burning ethanolEthanol is one example of alternative fuels for powering our cars and trucks. Ethanol can be produced in different ways, but most often by microorganisms acting on plant materials such as corn. Advocates argue that burning ethanol would not alter the net emission of CO 2even though when ethanol is involved in combustion it produces CO 2 . What are the pros and cons of producing and burning ethanolEthanol is one example of alternative fuels for powering our cars and trucks. Ethanol can be produced in different ways, but most often by microorganisms acting on plant materials such as corn. Advocates argue that burning ethanol would not alter the net emission of CO 2even though when ethanol is involved in combustion it produces CO 2 . What are the pros and cons of producing and burning ethanolEthanol is one example of alternative fuels for powering our cars and trucks. Ethanol can be produced in different ways, but most often by microorganisms acting on plant materials such as corn. Advocates argue that burning ethanol would not alter the net emission of CO 2even though when ethanol is involved in combustion it produces CO 2 . What are the pros and cons of producing and burning ethanolEthanol is one example of alternative fuels for powering our cars and trucks. Ethanol can be produced in different ways, but most often by microorganisms acting on plant materials such as corn. Advocates argue that burning ethanol would not alter the net emission of CO 2even though when ethanol is involved in combustion it produces CO 2 . What are the pros and cons of producing and burning ethanolEthanol is one example of alternative fuels for powering

https://afdc.energy.gov › ... › Ethanol

Ethanol Production and Distribution - Alternative

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1. Your unique genetic identity comes from three different events; crossing over, random alignment, and random fertilization. Ex
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Crossing over and random alignment are the events of meiosis-I that add new gene combinations to the gametes. Random fusion of male and female gametes is called random fertilization.

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During the pachytene stage of meiosis-I, part of the chromatids of each of the homologous chromosomes of a bivalent is broken apart and exchanged. This exchange of the genetic material between the members of a bivalent is called crossing over. The recombinant chromatids formed by crossing over have new allele combinations that were otherwise not present in the parental chromatids.

During metaphase I, the homologous pairs are aligned at the cell's equator in a random manner. This means that either the paternal or maternal chromosome of a pair may face one or the other pole of the cell. The arrangement of chromosomes during metaphase-I determines whether the paternal or maternal chromosome of each pair would be distributed to one or the other pole of the cell. This random segregation creates new gene combinations in gametes.

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