Answer:
What is responsible for the increased stability of DNA compared to RNA? DNA is a more stable molecule than RNA because it lacks a hydroxyl group on the 2' carbon and is therefore more resistant to cleavage, and because the two sugar-phosphate backbones are held together by many hydrogen bonds between nitrogenous bases.
Explanation:
Hope this answers your question.
Answer:
The correct answer is A) DNA passed from the heat-killed strain to the living strain.
Explanation:
Griffith's in 1928 showed that a virulent strain of heat-killed bacteria when mix with a non-virulent strain of bacteria then the non-virulent bacteria transforms into virulent bacteria. Later it was proved that DNA was the material that transfers from virulent strain to non-virulent strain and transform it into virulent strain.
So as DNA is the genetic material that passes from one generation to another and one bacteria to another not protein therefore after mixing a heat-killed phosphorescent strain of bacteria with non-phosphorescent living strain, DNA must be passed to living strain from heat-killed strain to gain phosphorescent ability.
Therefore the right is A) DNA passed from the heat-killed strain to the living strain.
Answer:
Plastics are non-biodegradable and are one of the major causes of pollution in our environment. Plastics can be recycled into many other products that can reduce the pollution caused by plastic, list of some of the products is as follows:
- Sleeping bags
- Water bottles
- Decoration artificials
- batteries for car
- picture frames
- picnic tables
- playground equipment
- recycling bins
And no, procaryotes can not be multicellular, but that is not a rule, since scientists have been getting more and more evidence that procaryotic organisms can exist.
→ Note - there is no such thing as multicellular cells, but multicellular tissues/organisms.
Hope it helped,
BioTeacher101
