Explanation:
There are seven challenges for neuroscience:
BY THE DEFINITION/FROM A SOURCE:
Challenge 1. Change the way neuroscience is done.
Challenge 2. Data ladders.
Challenge 3. Predictive neuroscience.
Challenge 4. Simulating the brain.
Challenge 5. Classifying and simulating diseases of the brain.
Challenge 6. From the brain to brain-inspired technology.
Challenge 7. Working with society
Those are the challenges they have, and they each represent a different problem.
Brain lesions:
Nausea, vomiting, personality changes, headaches...
Answer:
caused by a genetic defect on chromosome 4. The defect causes a part of DNA to occur many more times than it is supposed to. This defect is called a CAG repeat
Explanation:
The answer is Ingested corrosives may be diluted by drinking 4–6 oz (113.4–170.1 ml) of water or milk. If vomiting is persistent, do no attempt to administer additional fluids. Avoid neutralization therapies as the resultant exothermic reaction may cause additional tissue injury.
Explanation :
- Strong acids, corrosive agents, and highly reactive oxidants can cause large-scale destruction of living cells through direct chemical reactions. Sometimes referred to as necrotic cell death, this non-specific effect is induced by concentrated solutions of caustic and caustic chemicals that cause indiscriminate cell destruction.
- A generalized overwhelming effect of this type is no different from those resulting from "burning" tissue. These chemically induced injuries are commonly referred to as "chemical burns."
- Such effects are produced not only by strong acids or bases in harmful concentrations, but also by exposure to concentrated solutions of organic solvents such as ether, chloroform or carbon tetrachloride. The intensity of such non-specific toxicity is directly related to the concentrations of the chemical agents when in contact with the target tissues.
- Widespread cell destruction can be caused by any chemical that is sufficiently soluble in tissue fluids to access cells at high concentrations. The effects of these chemicals in higher organisms are generally limited to easily accessible tissues such as the skin, eyes, mouth, nasal mucosa, and respiratory tract.
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Answer:
Giving 400 IU vitamin D per day to infants is recommended.
Explanation:
To avoid developing a vitamin D deficiency, the American Academy of Pediatrics recommends breastfed and partially breastfed infants be supplemented with 400 IU per day of vitamin D beginning in the first few days of life.The American Academy of Pediatrics recommends that all babies receive routine vitamin D supplementation (400 IU per day) due to decreased sunlight exposure and an increase in rickets. The babies who do need these supplements need them due to a lack of sufficient sunlight. Baby has very little exposure to sunlight.
