Answer:
1) OSCILLATING - group of communicating modules
2) Tympanometry is a test that is used to assess the state of the middle ear and eardrum mobility
3) Orthoptics is a specialty affiliated with the eyecare profession that main focus is on strabism (wandering eye)
4) Electroretinography (ERG) is an eye test that measures retinal activity
5) Aphakia is the loss of the eye's lens due to surgical intervention
6) Cornea - front part of the eye
Explanation:
1) Oscillating - In many complex cellular processes, oscillations play a key role. They could appear as a group of communicating modules in the cell's collective dynamic behavior.
2) Tympanometry - Tympanometry is a test that is used to assess the state of the middle ear and eardrum mobility which is called tympanic membrane and conductive bones by generating changes in the ear canal's air pressure.
3) Orthoptic - Orthoptics is a specialty affiliated with the eyecare profession that main focus is on strabism (wandering eye), amblyopia (lazy eye) and eye movement disorders treatment and non-surgical management.
4) Electroretinography - Electroretinography (ERG) is an eye test that measures retinal activity (the part of the eye that detects light).
5) Aphakia - Aphakia is the loss of the eye's lens due to surgical intervention, such as a perforating wound or ulcer, or congenital defect in cataract surgery.
6 ) Cornea - The part cornea is the clear front of the eye containing the iris, pupil and anterior chamber.
Answer:
D
Explanation:
obviously being a biologist a person would choose to research and perform tasks related to bios I.e something which is living
Answer:
B) Digestion is the process of breaking down food into smaller molecules.
Explanation:
Answer: Ethidium bromide is the most commonly used dye for DNA and RNA detection in gels. Ethidium bromide is a DNA intercalator, inserting itself between the base pairs in the double helix. Ethidium bromide has UV absorbance maxima at 300 and 360 nm, and an emission maximum at 590 nm.
Hope this helps....... Stay safe and have a Merry Christmas!!!!!!!!! :D
Firstly, there are major differences in cell structure between animal and plant cells such as how plant cells have cell walls, large central vacuoles, and a basic rectangular shape, and how animal cells are generally rounder, and have lysosomes and centrioles. However, as an embryo to a fetus, all of us develop stem cells that can be anything and eventually are specialized. This is how we have blood cells which are specifically engineered to compose the blood, and how we also have epithelial cells which compose the skin. Both of these types of animal cells look completely different, but that is because their specialization is not the same despite the fact that their basic parts can be. In order to have specialized cells, they need to adapt and develop a certain structure to function.
