Differential reproduction means that some organisms in a population produce more offspring than others.
Differential reproduction refers to the difference between individuals in a population and how many offspring they are able to leave.The best adapted organisms to a given environment will leave more offspring than those who are not well adapted. Differential reproduction depends on the natural
Answer:
The conservation of “junk DNA” sequences in diverse genomes suggests that they have important functions.
Explanation:
Transposons move by means of a DNA intermediate, whereas retrotransposons move by means of an RNA intermediate.
If a burning splint is placed in a container and burns more brightly in the presence of some gas already in the cylinder, that gas would probably be Oxygen.
Oxygen is the main component of air that we need to breathe. It is the most commonly available oxidizer. Besides combustion, it plays many roles in our life such as; the food we eat requires oxygen which helps in digestion and absorption of nutrients by the cells.
- there are two subspecies of this animal
- they can be found in india and sri lanka
- threats of these cats are habitat loss, hunting for their meat, and the crossbreading with other domestic cats
- they are listed as vulnerable because they are down to less than 10,000 cats
- it is one of the smallest cat species (two times smaller than a domestic cat)
- these animals can climb trees to avoid predators (making them very agile) but spend most time on ground
- they are nocturnal
- they are carnivores and eat lizards,birds, frogs and rodents.
- when captive in zoos, they are very friendly towards zoo keepers and there are 56 kept in zoos worldwide.
- in captivity, these animals can live to around 18 years.
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The nurse should tell the patient to eat small meals with low carbohydrate and moderate fat content. This is because small meals with low carbohydrate, moderate fat, and high protein are recommended; these are processed more readily and avoid rapid stomach emptying. Rest, not activity, after meals assists in limiting dumping syndrome. Fluid intake with meals should be in moderation. Fluids with meals cause rapid emptying of the food from the stomach into the jejunum before it is sufficiently subjected to the digestive process; the hyperosmolar mixture causes a fluid shift to the jejunum. A high-Fowler position will not reduce the risk of dumping syndrome.
