Correct option is B.
B. The signal produces a protein
There are many kinds of signals that reach the inside of cell. Every signal carry some important message regarding the functioning of cell or any other part of body. Normally signals that penetrate in the cell translate a protein to carry out their function. So, signals actually stimulate the machinery of the cell and make it to produce the protein of its own desire.
Once intercellular signals reaches inside of the cell by the receptor then it helps in the intercellular communication among each other.
The receptors are usually the proteinaceous structure that resides over the surface of the cell as well as present inside it. It receives signals in various forms. These signals may only interact with the receptor on the outer surface of the cell or it may reach inside the cell and interact with the receptor molecule. The interaction may result in the manipulation in the transcription process as some of the genes will be stimulated to transcribe into the protein or some may get inhibited.
There can by different types of signal molecule. They are:
1. Autocrine: These signals are produced by the cell type to which the signaling molecule get attached. Therefore they acts over self-cell. This kind of signaling happens in the early development of an organism.
2. Paracrine: These signals produced by the signaling cell acts locally on the cell that lies closer to them.They generally produces faster response.
3. Endocrine: These signals travels to the longer distance and acts over the cells residing over there. They generally produces slower response.
1. Learn more about receptor brainly.com/question/7178431
2. Learn more about cell brainly.com/question/5923583
3. Learn more about cell cycle brainly.com/question/1600165
Grade: College Biology
Chapter: Signal transduction
Intercellular signals, receptor, intercellular communication, transcription, autocrine, cell, organism, paracrine, endocrine.
Answer: The chemical formula of the compound is
Strontium is the 38th element of the periodic table. The electronic configuration of this element is
This element will loose 2 electrons to attain stable electronic configuration to attain +2 oxidation state.
Phosphorus is the 15th element of the periodic table. The electronic configuration of this element is
This element requires 3 electron to attain stable electronic configuration to attain -3 oxidation state.
So, by criss-cross method, the oxidation state of the ions are exchanged and they form the subscripts of the other ions. This results in the formation of a neutral compound.
Hence, the chemical formula of the compound is
The ocean is much too deep for light to penetrate, thus it cannot reach the bottom of the water. Electromagnetic radiation that the human eye can detect as light.
Electromagnetic radiation that the human eye can detect as light. From radio waves with wavelengths measured in meters to gamma rays with wavelengths shorter than roughly 1 1011 meter, electromagnetic radiation occurs throughout a very broad range of wavelengths.
The wavelengths of light that are visible to humans fall into a relatively small range within that wide spectrum, ranging from about 700 nanometers for red light to roughly 400 nm for violet light. Infrared and ultraviolet are two spectral bands that are close to the visible band and are frequently referred to as light as well. The ocean is much too deep for light to penetrate, thus it cannot reach the bottom of the water.
Therefore, the ocean is much too deep for light to penetrate, thus it cannot reach the bottom of the water.
To learn more about light, here:
Protons, neutrons, and electrons
An atom contains protons, neutrons and electrons (there needs to be an equal amount of protons and electrons for the atom to be neutral. In the instance where protons and electrons are not equal to each other, you will have an ion). The name of the atom determines how many of these particles would be present, and the number of these particles determine what group of the periodic table it will be in (if an atom has 11 protons, 11 electrons and 12 neutrons, the atom is sodium and will be placed in group 1).
it is weathering because lithification makes different things whereas weathering destroys.
Answer: Broken line
When you collect data in an experiment, you usually need a model where you can analyze the data.
One way of doing this is when in an experiment you expect a given behavior determined by a function (or data obtained by previous investigations), you can graph your obtained data over the graph of the function (or previous data), and in this way, you can see if your data fits in the model.
You usually will graph your obtained data with dots, so usually, we graph the other things with a broken line. This is because if you use a colored line and you do some kind of fitting with your data, the lines may "clash" into each other, making the graph hard to read.