How do only certain cells respond to particular signaling molecules that may be sent throughout the body? see section 11.3 (page 244) . view available hint(s) how do only certain cells respond to particular signaling molecules that may be sent throughout the body? see section 11.3 (page 244) . they express the appropriate g protein. they express the appropriate second messenger(s). they express the ras protein. they express the appropriate receptor?

Answers

Answer 1
Answer:

Cell signaling enables the cell to communicate and respondto environmental changes. The environmental stimuli are transferred to the cellas signaling molecules. Only the cell that has a specific receptor to thesemolecules will respond to the stimuli as a result of the binding of the signalingmolecules to its receptor.


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For no apparent reason, Laura suddenly feels dizzy, experiences shortness of breath, and starts trembling and sweating. Which abnormal behavior appears to be the most appropriate classification for Laura's problem
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Which type of population growth is shown in this graph? Population of Bacteria mc012-1.jpg
The cells of a person with adrenoleukodystrophy (ALD) swell with a buildup of fatty acids. In other words, fatty acids are not being broken down. Which organelle is most likely failing to function correctly?
The chronological dating that relates geological rock layers to time is called the options: A. Geologic Lime Scale B. Geologic Time Scale C. Geologic Mime Scale

All of the following prevent pathogens from entering the human body excepta. red blood cells
b. tears
c. mucus
d. skin

Answers

Red blood cells-(a)they carry oxygen around the body not protect from pathogens

Is the concentration and the size of boxes the same at all locations on the map

Answers

According to a source yes. 

This is because the determination of the size of the boxes in the same locations in the map have identical and intertwining figures that makes its visibility the same. Direction, legend, title and diagram have these influences of the shaping of the map. 

Name three structures that various protozoa use for locomotion.

Answers

Answer:

Here are the 3 structures:-

Explanation:

The three structures that various protozoa may use for locomotion are:

Flagella: long, whip-like appendages that propel the protozoa by rotating or undulating.

Cilia: short, hair-like projections that cover the surface of the protozoa and move in a coordinated manner to create a current or a wave.

Pseudopodia: temporary extensions of the cytoplasm that push or pull the protozoa by changing shape and direction.

Final answer:

Protozoa use different structures for locomotion including flagella, cilia, and pseudopodia. Flagella are whip-like structures that some protozoa use to move around. Cilia are shorter and more numerous, aiding in movement and food collection. Pseudopodia, 'false feet', are temporary cell projections used for movement.

Explanation:

Various protozoa use different structures for locomotion, which allows them to move around their environment. Three primary structures used for movement include:

  1. Flagella: These are whip-like structures that extend from the cell body. Some protozoa, such as the Giardia lamblia, use this flagellum to propel themselves.
  2. Cilia: Shorter and more numerous than flagella, cilia cover the surface of certain protozoa like Paramecium, aiding in its movement and food capture.
  3. Pseudopodia: Literally meaning 'false feet', these are temporary projections of the cell. Amoeboid protozoa, such as Amoeba, use pseudopodia to move by extending a part of their body forward and pulling the rest of the body toward it.

Learn more about Protozoa Locomotion here:

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what's the body's most widespread nonspecific defense against pathogens? a. tears b. mucus c. saliva d. skin

Answers

d. skin

It protects the body from a lot of places and keeps pathogens from coming in the body. Tears protect the eyes, mucus the nose and saliva the mouth.

Hope this helps :)

The formal system for classifying and naming organisms was developed by The formal system for classifying and naming organisms was developed by Aristotle. Louis Pasteur. Carolus Linnaeus. Ignaz Semmelweis. Robert Koch.

Answers

Answer: Carolus Linnaeus

Explanation:

The formal system of classification was introduced by a Swiss scientist named Carolus Linnaeus.

He first split living things into a general category called KINGDOM.

- The kingdom is further split into large smaller groups called PHYLUM (for animals) and DIVISION (for plants).

- Each phylum or division is broken down into CLASSES.

- Each class is broken down into ORDERS

- Orders into FAMILIES,

- Families into GENUS

- Genus into SPECIES

Thus, the linnaean system of classification from highest (most general category) to the lowest level is as follows: Kingdom --> phylum/division --> class --> order --> family --> genus --> species.

The area around a pond is cooler than the rest of the forest. Which term describes the area around the pond? A. Biome

B. Microclimate

C. Macroclimate

Answers

Microclimate is an area around a pond that is much cooler than the rest of the forest. Microclimate is a climate in a small area in which makes that specific area have a different climate. It may be colder, warmer, wetter, or drier.

Answer:Microclimate

Explanation: hope this helps just did the plato its right