We have to consider that female individuals are represented by a circle, while males with a square. When these forms are shaded, what's indicated, is that they express a particular trait of consideration, which usually is genotypically represented by two recessive alleles in females, and only one in males (due to the corresponding inherited chromosomes: males have only one X chromosome, while women have two of them).
In this case, then, the genotype of the individual B in the first generation is XBXb, since only with this female genotype, the given offspring is reached.
In the Punnet square, we can see how with the mother's genotype being XBXb, there's an offspring like the exercise tell us, being green circles and squares. the healthy ones, and red circles and squares the one that has the disease.
Below are the <span>common side effects of lithium:
</span><span>Thirst
</span><span> Nausea
</span><span>Tremor
</span>
Lithium is a standout amongst the most generally utilized and considered meds for treating bipolar turmoil. Lithium diminishes the seriousness and recurrence of craziness. It might likewise help mitigate or avert bipolar wretchedness. It is imperative that the lithium level in your body not be too low or too high
Indian ocean gyre
North atlantic gyre
North pacific gyre
South atlantic gyre
south pacific gyre
I think the answer is..... C.....
Answer:
The correct answer would be "NADH delivers its electrons to complex I and FADH₂ deliver its electrons to complex II" in cellular respiration.
There are mainly four complexes associated with electron transport chain of cellular respiration.
Complex I or NADH: ubiquinone oxidoreductase is the complex at which NADH is oxidized to form NAD⁺. The free electrons are transported with the help of ubiquinone.
Complex II or succinate dehydrogenase is the complex associated with oxidation of FADH₂ to FAD⁺. It also transports the free electrons with the help of the ubiquinone pool.
Complex III or cytochrome bc1 complex transport free electrons from ubiquinone to the cytochrome C which is a water-soluble electron carrier.
Complex IV or cytochrome c oxidase transport the free electrons to oxygen to form water.
