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Lina20 [59]
3 years ago
11

1.What’s the name for excessive bodily hair growth in women?

Biology
2 answers:
AleksandrR [38]3 years ago
7 0
1.Hirsutism

2. Seven

3. SeaHorses
d1i1m1o1n [39]3 years ago
4 0
The main difference between typical hair<span> on a </span>woman's body<span> and face (often </span>called<span>“peach fuzz”) and </span>hair<span> caused by hirsutism is the texture. </span>Excessive<span> or unwanted</span>hair<span> that grows on a </span>woman's<span> face, arms, back, or chest is usually coarse and dark. The </span>growth<span> pattern of hirsutism in </span>women<span> is associated with virilization.

this is the second answer 
</span><span>7 bones 
</span>
and the third 
The Animal Where the Male Becomes Pregnant and Gives Birth. Today I found out that female seahorses<span> impregnating their male mates, rather than the other way around. The reproductive process of a </span>seahorse<span> begins when a male and a female meet up and “dance”.</span>

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O que são elementos astronômicos visíveis?
Digiron [165]

Answer: Wo meiyou xiansuo

Explanation:

3 0
3 years ago
BRAINLIEST!!!<br> 4. Eons are longer units of time than eras.<br> True<br> False
Oksana_A [137]
An eon is 1.05 billion years and an era is 350 million years
3 0
3 years ago
Who was the first person to see patterns in the inheritance of traits?
puteri [66]
The name you're looking for is Gregor Mendel. He first saw it in his experiments with peas that had different traits (leaves, stem, colour, texture) etc.

Hope it helps!
8 0
3 years ago
List the three parts of the brain involved in memory processing and explain what role they play.
igomit [66]

THE AMYGDALA

First, let’s look at the role of the amygdala in memory formation. The main job of the amygdala is to regulate emotions, such as fear and aggression link. The amygdala plays a part in how memories are stored because storage is influenced by stress hormones. For example, one researcher experimented with rats and the fear response . Using Pavlovian conditioning, a neutral tone was paired with a foot shock to the rats. This produced a fear memory in the rats. After being conditioned, each time they heard the tone, they would freeze (a defense response in rats), indicating a memory for the impending shock. Then the researchers induced cell death in neurons in the lateral amygdala, which is the specific area of the brain responsible for fear memories. They found the fear memory faded (became extinct). Because of its role in processing emotional information, the amygdala is also involved in memory consolidation: the process of transferring new learning into long-term memory. The amygdala seems to facilitate encoding memories at a deeper level when the event is emotionally arousing.

In this TED Talk called “A Mouse. A Laser Beam. A Manipulated Memory,” Steve Ramirez and Xu Liu from MIT talk about using laser beams to manipulate fear memory in rats. Find out why their work caused a media frenzy once it was published in Science.

THE HIPPOCAMPUS

Another group of researchers also experimented with rats to learn how the hippocampus functions in memory processing ([link]). They created lesions in the hippocampi of the rats, and found that the rats demonstrated memory impairment on various tasks, such as object recognition and maze running. They concluded that the hippocampus is involved in memory, specifically normal recognition memory as well as spatial memory (when the memory tasks are like recall tests) (Clark, Zola, & Squire, 2000). Another job of the hippocampus is to project information to cortical regions that give memories meaning and connect them with other connected memories. It also plays a part in memory consolidation: the process of transferring new learning into long-term memory.

Injury to this area leaves us unable to process new declarative memories. One famous patient, known for years only as H. M., had both his left and right temporal lobes (hippocampi) removed in an attempt to help control the seizures he had been suffering from for years (Corkin, Amaral, González, Johnson, & Hyman, 1997). As a result, his declarative memory was significantly affected, and he could not form new semantic knowledge. He lost the ability to form new memories, yet he could still remember information and events that had occurred prior to the surgery.

THE CEREBELLUM AND PREFRONTAL CORTEX

Although the hippocampus seems to be more of a processing area for explicit memories, you could still lose it and be able to create implicit memories (procedural memory, motor learning, and classical conditioning), thanks to your cerebellum ([link]). For example, one classical conditioning experiment is to accustom subjects to blink when they are given a puff of air. When researchers damaged the cerebellums of rabbits, they discovered that the rabbits were not able to learn the conditioned eye-blink response (Steinmetz, 1999; Green & Woodruff-Pak, 2000).

Other researchers have used brain scans, including positron emission tomography (PET) scans, to learn how people process and retain information. From these studies, it seems the prefrontal cortex is involved. In one study, participants had to complete two different tasks: either looking for the letter a in words (considered a perceptual task) or categorizing a noun as either living or non-living (considered a semantic task) (Kapur et al., 1994). Participants were then asked which words they had previously seen. Recall was much better for the semantic task than for the perceptual task. According to PET scans, there was much more activation in the left inferior prefrontal cortex in the semantic task. In another study, encoding was associated with left frontal activity, while retrieval of information was associated with the right frontal region.

Please Note: I did get most of this from google.

6 0
3 years ago
how does carbon go through an ecosystem including producers, primary, secondary, and teritary consumers
blondinia [14]

When consumers breathe, carbon dioxide is released back into the environment. This breakdown of glucose and other complex organic molecules releases carbon dioxide, which is then recycled by producers.

<h3>How does carbon get moved across an ecosystem?</h3>

In the food chain, for instance, plants use photosynthesis to transfer carbon from the atmosphere into the biosphere. They make sugar molecules by chemically combining water's hydrogen and oxygen with carbon dioxide using energy from the sun.

Energy travels from one trophic level to the next when primary producers absorb energy from the sun to generate glucose, which is then consumed by primary consumers, who are then consumed by secondary consumers, and so on.

learn more about teritary consumers refer

brainly.com/question/24097996

#SPJ4

4 0
9 months ago
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