The answer to this question would be Rh incompatibility.
Rh or rhesus is a kind of antigen that can be found in human. Rh negative means that the mother doesn't have Rh antigen in her cell, so Rh antigen might be considered as "foreign body" and might activate white blood cell upon contact. If the father of the child has Rh positive gene, the child might become Rh positive and the child antigen can activate immune reaction and eliminated by mother white blood cells.
Rh incompatibility should be more severe in the second child since the mother white blood cells are more prepared than the first child(already sensitized).
<span>Nutrients and oxygen
Cellular respiration involves a series of chemical reactions. The enzymes increase the rate of the reactions.The reactions that are catalysed by enzymes actually helps the organism to grow, respond to various changes in the environment, reproduce and continue maintaining their own structures. Cellular respiration is also considered a part of the metabolism process. This process actually helps in carrying the oxygen through the blood.<span> </span></span>
Answer: The correct answer for the blank is- has a Bb genotype, has brown eyes.
As per the information given in the question, blue eyes is a recessive ( depicted by small letter allele, b) trait and brown eyes is a dominant trait (depicted by capital letter allele, B)
A dominant allele ( like 'B' for brown eyes) always masks the expression of recessive allele ( like 'b' for blue eyes).
Heterozygous individual means a particular trait possesses both the alleles ( that is dominant and recessive allele) in the genome, which will produce a dominant trait.
The possible genotypes for brown eyes are 'BB' ( homozygous dominant) and 'Bb' (heterzygous dominant) whereas for blue eyes is 'bb'.
Thus, heterozygous individual has a Bb genotype and will produce brown eyes.
Answer:
70*100=7000
Explanation:
70cm times 100 revolutions = 7000cm
when the bicycle tires spin 100 times around it will travel 7000cm.
It would unable to create coordination with other microbes. Quorum-sensing is very important in bacterias. It relies on signal secreted by other higher and larger organisms in their environment. It allows them to adapt and coordinate with other microbes, pathogens, and living organism.
