Gene is basic unit of heredity is found on segments of DNA and are passed on from parent to offspring.
A gene is physical and functional unit of heredity which is made up of DNA.
Genes control both DNA and RNA function.
Some genes codes protein for functional expression of a trait where as some genes do not code for proteins.
In humans, the size of genes ranges from few hundred DNA bases to more than 2 million bases and human have between 20,000 and 25,000 genes.
Each gene have two copies, one is passed from each parent. Only 1 percent of the total genes is slightly different between people.
This is because of presence two different types of allele the same gene which contribute to each person’s unique physical features.
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Answer:
Genes
Explanation:
Genes are sequences of nucleotides that determine characteristics. They are passed from parents to offspring.
B. Tickle pink flowering plant since it is likely to carry both the red and white Alleles
C. Take a red flowering plants if they could produce all three colors eventually
D. Take a red flowering plants is the red Allele Is likely the dominant one
B. when Shinto became Japan's dominant religion.
C. during the rule of the Samurai.
D. under the Meiji Emperor.
A) Meiosis I brings together sister chromatids, and meiosis II separates them.
B) Meiosis I separates tetrads, and meiosis II separates sister chromatids.
C) Meiosis I separates sister chromatids, and meiosis II separates tetrads.
B) Meiosis I separates tetrads, and meiosis II separates sister chromatids.
Resistant bacteria are polyploidy and can resist the antibiotic, a trait that is passed on to their offspring.
Some bacteria have randomly mutated to resist the antibiotic, and this resistance is inherited.
Bacteria have purposefully directed their immune system to resist the effect of the antibiotic.
Answer:
The correct answer is "Some bacteria have randomly mutated to resist the antibiotic, and this resistance is inherited".
Explanation:
Antibiotic resistance is a serious health issue that occurs when bacteria gains resistance against certain antibiotics, which reduces or eliminates the effectiveness of the treatments. The best explanation for this phenomenon is that some bacteria have randomly mutated to resist the antibiotic, and this resistance is inherited. This happens particularly when people do not take the full treatment or take treatment without diagnosis. In consequence, the populations of bacteria are not fully eliminated, increasing the probability of survival for bacteria that randomly mutates towards resisting the treatment.