yes, vestigial wings are recessive and autosomal.
No. In Drosophila, the allele for dumpy wings (d) is recessive to the normal long-winged allele (D).
No it's dominant to large eyes
Yes
Yes, attached ear lobes are autosomal recessive.
The gene for free ears is located on chromosome 22. If the ears are attached, this is due to gene "Z".
The Visual Cortex, which is located at the rear of the brain above the Cerebellum. It has a wide superficial surface area, within which is a small region that extends deep into the centre of the brain. This explains why some people who have suffered rear head injuries often have eyesight problems as a consequence.
Frontal lobe
anterior lobe
Yes, attached ear lobes are autosomal recessive.
The optic nerves connect the brain and eyes.
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The eyes gather the information sending it to the Optical Nerve and after that it is transmitted to the brain, the brain separates it and sends it to its different parts that are the Frontal Lobe, Parental Lobe, Temporal Lobe and Occipital Lobe. After that every lobe will be in charge of transmitting the information according to the fuction of each lobe
There is no structure called the 'back lobe'. The occipital and parietal lobes are toward the back and are concerned with the senses.http://www.braininjuryfaq.com/where-are-the-brains-lobes-and-what-activities-do-each-lobe-control/
The gene for free ears is located on chromosome 22. If the ears are attached, this is due to gene "Z".
The Optical lobe. (Or something like that) It sits at the back of your brain.
The Visual Cortex, which is located at the rear of the brain above the Cerebellum. It has a wide superficial surface area, within which is a small region that extends deep into the centre of the brain. This explains why some people who have suffered rear head injuries often have eyesight problems as a consequence.
Actually the occipital lobe (towards the back of the skull) interprets what we see.
frontal lobe, parietal lobe, occipital lobe, and the temporal lobe
Of course they do! If they have eyes the brain processes images through this lobe. Animals, including the human animal, have different sized lobes for this function. Smaller lobed animals have a reduced visual acuity. The more developed the lobe, the higher processing power of visual stimulus.
That would primarily be the occipital lobe.