The genetic material inherited in an organelle, such as a mitochondrion or a chloroplast, exhibits Extranuclear inheritance.
When DNA in cytoplasmic organelles is handed on to offspring, extranuclear inheritance occurs. Cytoplasm can be found in both sperm and ovum cells in humans. Most of the extranuclear DNA formed when the sperm and ovum combine belongs to the mother. The organelles in the fertilized cell expand and divide as the fertilized egg grows. As a result, each new cell receives mtDNA, which likewise divides and is passed on. As a result, each child inherits mtDNA from the mother. The identical procedure takes place in creatures with cells that contain chloroplasts.
Nuclear DNA differs greatly from extranuclear inheritance in several ways.
- Chloroplasts and mitochondria both store several copies of DNA. Additionally, the cytoplasm of every cell contains a number of each organelle, occasionally thousands.
- In a cell's cytoplasm, chloroplasts and mitochondria are dispersed at random. There is a random distribution of amount in both daughter cells after cell division, whether it be through mitosis or meiosis.
To learn more about inheritance visit the link:
brainly.com/question/12206571?referrer=searchResults
#SPJ4
Answer:
The statement is true.
Explanation:
The question is incomplete, here is the full question:
Many fad treatments for autism spectrum disorders make the parents feel good that they are trying something, but otherwise, they are a waste of time and money.
Is the statement true or false?
The given statement above is true because there are currently no known treatments or medicines discovered to treat Autism Spectrum Disorder (ASD) and most of the things the patients get recommended are only able to help with basic symptoms such as seizures or allergies etc. so the statement that they are a waste of time and money can be considered true.
I hope this answer helps.
Hey there
The chemical symbol of carbon is "c"
<span>Atomic number: = </span><span>6
</span>
<span>Electrons per shell: = </span><span>2, 4</span>
