Cell Diagram – A Learning Tool

Filed under: Cell Diagram - 03 May 2012  | Share on :

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A cell diagram wouldn’t have been so useful is cells and microscope would not have been discovered. A cell diagram has to be seen from a different point of view, not as just a sketch with a few drawings on it. The cell diagram diversity depends on the type of cells or on the connections which exits between several cell components. A cell diagram is not only an instrument useful in schools and for numerous generations, but it also represents the work and the intellectual efforts of so many scientists. Even though the results of some of them weren’t spectacular, they were important. With the help of the individual small results, science had the opportunity to advance. Nowadays, without all these impressive discoveries, the humanity would have huge problems.

Many pupils and students had the opportunity to find out more about an unseen world, that of the cells. With the help of a cell diagram, there were things that many had the opportunity to discover. A  cell diagram shows us how parts or organs from our body work. A cell diagram is not a simple drawing on the wall, but the work of so many people for so many years. Their efforts and outcomes are incommensurable.

From the simplest cells to the human body cell structure, the cell diagram is one of the most important and practical tool. Discovering the cells and the surrounding world, is much easier now. Additionally, instead of learning by heart a lot of things, cell diagram can show logically the connection between its components and the processes that take place. Numerous phenomena were not a mystery anymore with the help of the cell diagram. It can be found on many websites and there are also many variations of it, depending on the purpose and on what is analyzed. Scientists and their discoveries have to be appreciated very much for the great and important results. A cell diagram seems ordinary, but it’s much more than this. It represents a very important learning tool that has educated and informed numerous generations over the years.

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Red Blood Cell Diagram

Filed under: Cell Diagram - 27 Apr 2012  | Share on :

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As you surely already know, the cell is the base of all the living organisms that surround you. This is the smallest life unit and for biology students, learning about it may be a little bit complicated, because there are a lot of type of cells. In order to get some help when it comes about learning about cells, you will see that this site is great. For example, if you are interested in the red blood cells, you can find more about them right here. And you will also see a red blood cell diagram which will surely help you remember the information a lot easier. The red blood cells, those that you can see in the cell diagram are the most common type of blood cells.

For humans and vertebrates, the cells presented in the cell diagram are the most important, as their role is to deliver oxygen in the body through the blood flow. The red blood cells look like those in the cell diagram and they take the oxygen through the lung or through the gills and they release it in the body capillaries by squeezing. The cytoplasm of the cells shown in the cell diagram posted here has haemoglobin, a biomolecule than contains a lot of iron. This is bending the oxygen, thus, giving the red blood cells the red color that they bear. The mature red blood cells that people have are shaped as flexible biconcave disks. They lack a nucleus and also organelles.

The red blood cells that you see in the cell diagram are also known in the biology domain as RBCs, erythrocytes, red blood corpuscles, erythroid cells, haematids or simply as red cells. Learning about them will be much easier for you thanks to the cell diagram, as the information presented here might seem a little bit complicated. By associating it with the cell diagram, you will be able to visualize it and to memorize all the details related to the red blood cells much more easier. With a cell diagram you will remember faster everything about this type of cells and you will not forget the information easily.

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Onion Cell Diagram

Filed under: Cell Diagram - 23 Apr 2012  | Share on :

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After the cells have been discovered, scientists managed to reveal a lot of other things that helped them know better the surrounding world. The result of the cells and microscope discovery was the cell diagram. A cell diagram is a great and very practical sketch that includes the essential elements of a cell. With the help of a cell diagram we can observe them and the connections between. A cell diagram represents an easy way of knowing what is happening in an animal body or in a plant and getting closer to the unknown things which surround us. One of the most common aliments is the onion. Onion is a very healthy vegetable that we all know, but a cell diagram helps us get inside of it and see how its cells look like.

An epidermal onion cell diagram includes components such as citoplasm, a round nucleus and a cell wall. The microscope is the device which helps scientists observe how the onion epidermal layer looks like. Although at the surface an onion has dried protective leaf, inside of it, things change. The onion cell diagram shows that in the middle of the vegetable, there is fairly much water. The cell diagram displays a hexagonal shape of the epidermal onion cells and the way they are clustered. It is an interesting thing to use a cell diagram and discover more about the plants that surround us. 

Scientists did a wonderful thing when they invented the microscope and discovered the cells. It was a huge step for the humanity. Nowadays, pupils use cell diagram for the biology classes to find out many interesting things about the human body, about plants and animals. The experiment with the onion cells is typical for biology classes. Children are fascinated by what they see and have a different perspective on life. It is great what science and human mind can conceive. Plus, a cell diagram is a very useful and great tool which is used for generations in schools all over the world.


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Cell Diagram – The Bipolar Neuron

Filed under: Cell Diagram - 20 Apr 2012  | Share on :

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One of the most important concepts in anatomy is the neuron. You can understand better the neuron with the help of a cell diagram (see bellow). This is a nerve cell and is described by specialists as an electrically excitable cell. With the aid of the cell diagram above you will also understand how this works. The neuron processes and also transmits information thanks to the electrical and chemical signaling. The signal is transmitted through the synapses, which make the connections with other cells. A bipolar neuron, or a bipolar cell is also a neuron, but it has two extensions. These cells are specialized on special senses. They are practically the shortcuts for sight, hearing, taste, smell and other functions. To understand better this type of cell, you will need a cell diagram once again. The cell diagram is perfect for you to see how this looks and how it works.

The next cell diagram is especially made for you to understand what you need to keep in mind about the bipolar cell. Thanks to this cell diagram, you do not have to struggle to keep in mind a lot of weird names from the biology domain. A visual aid should be helpful for you to see how a bipolar cell look and how does it work. The most usual examples of such cells are those of the retina and of the vestibulocochlear nerve, named ganglia. These cells transmit signals that ensure the muscles control.

When studying a bipolar neuron, a cell diagram is vital because the importance of this cell is fantastic and if you plan to work in the domain you should learn all the information about it perfectly. The bipolar neurons can be find in many places in the body and you should know about all of them. The cells that are found in the spinal ganglia, like that pictured above are in an embryonic stage. These cells are extremely important for the body because they ensure its perfect functioning. With the help of a cell diagram you can learn easily all that you need to know about these amazing cells.

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Animal Cell Diagram Mitosis

Filed under: Cell Diagram - 17 Apr 2012  | Share on :

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Mitosis is the process through which the animal cell is duplicated and divided. The process is the base of the development and growth of each organism. The duplication and the division of the animal cell leads to the enlargement of the body functions and therefore to the whole evolution of the system. The animal cell diagram mitosis is one of the most important parts of the learning process. It is used in academic studies and in educational programs in order to help the students understand the processes that take place inside an organism. The methods through which the teachers can present the animal cell diagram mitosis have greatly evolved over the past few years. Modern technology made it easy for them to represent the changes of the animal cell diagram mitosis through animated files.

During the animation of the animal cell diagram mitosis, the students will be looking at a simple process, which takes place over the course of several stages. These are very important, as they each stand to represent an important part of the process, without which the entire evolution would not take place. The fist stage of the animal cell diagram mitosis is the Interphase, during which the DNA is replicated. The Prophase is the second step, which refers to the condensation of the chromosomes, the dissipation of the nuclear envelope and the division and movement of the centrioles. The Promethaphase is based on the the division of all the remaining elements of the animal cell diagram. The Metaphase revolves on the alignment of the chromosomes. Then, these separate during the Anaphase. Lastly, in the Telophase, the chromosomes migrate to the opposite ends and the cell splits in two different new ones.

The process of the mitosis can be very valuable for the proper understanding and learning of the animal cell process. With the help of the animal cell diagram, these processes are more facile, more easy to grasp and all the developing stages can be seen properly. It is important for teachers to find the right animal cell diagram through which to represent the mitosis in the perfect way.

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Lacrimal Gland Cell Diagram

Filed under: Cell Diagram - 13 Apr 2012  | Share on :

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As everyone know, a cell is the basic unit of all the living organisms. No matter how big or small an organism is, it is surely made of cells. For students, in order to understand better what a cell is, teachers use a cell diagram. Thanks to a cell diagram, they can see with their own eyes how a cell looks and they can memorize easily all the details related to it. The human body has a lot of different types of cells and for each and one of them, it is possible to find a cell diagram to make you learn better about it. The lacrimal gland cell, the one responsible with the tear secretions, can also be easily represented through a cell diagram. There are in fact paired glands, as each eye has one and they secrete that layer that covers the eyes, the tear film.

These glands are located in the orbits, each one in its lacrimal fossa that the frontal bone forms on the face. A lacrimal gland cell is also named tubuloacinar, because it is made of many small lobules connected through tissue. All the lobuls contain acini and these acini are responsible with producing a water secretion. All the acini contain central lumen and these form the interlobular ducts. Seeing a lacrimal gland cell diagram is much easier to understand, because the information is reproduced through an image.

The cell diagram is very important when learning about all kind of cells, not only about this one. This is a more particular case, because it describes the eye and it is really simple to understand the information when having a cell diagram as a visual aid. With the help of the lacrimal gland cell diagram, all the designations are paired with images and learning them is not that difficult. All the biology students use a cell diagram every time they need to remember various information about all types of cells. As they are compelled to learn a lot, visual aids are very important and a cell diagram is more than welcomed when studying about the lacrimal gland cell or any other type of cells.

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The Cell Diagram of a Neuron

Filed under: Cell Diagram - 09 Apr 2012  | Share on :

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The nervous system is one of the most important parts in our bodies and we would not be able to function without it. This is why it is important to learn something about neurons, which are the nerve cells composing the nervous system. Neurons are cells which are adapted to receiving and transmitting information, being at the same time the elementary, embryologic, anatomic, functional, trophic and metabolic cells of the nervous system. Neurons are therefore electrically excitable cells with the purpose of transmitting and processing information via electrical and chemical signaling. As to any cell, the neuron cell diagram is very important for its better understanding.

The neuron cell diagram typically contains the cell body (also known as the soma), dendrites, and an axon. The cell body is the largest and main portion of the cell, the one which contains the nucleus. The nucleus is usually singular, large and centrally positioned. Here is where a large quantity of ARN is being produced and also where the chromatin is being dispersed. Dendrites are the neuron extensions which look like branches and extend from the cell body. This is not shown in the neuron cell diagram, but dendrites are the one which carry nerve impulses from adjacent neurons into the cell body. Only one extension sets itself apart from the others, which is the axon. The axon arises from the cell body at the axon hillock and can be very large in length (up to even 1 meter).

The axon ending is, as the name and the cell diagram suggest, the very end of each axon. It is also known as the axon terminal, the bouton, the axon foot or the synaptic knob and it has the role of converting the electro-chemical signal into a chemical message which travels further to the next neuron. As to any animal cell, the neuron cell is surrounded by a plasma membrane. The last element in the neuron cell diagram is the myelin sheath, which consists of fat-containing cells that have the part of insulating the axon from electrical activity. The cell diagram of the neuron is surely easier to understand now, isn’t it?

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Printable Cell Diagram

Filed under: Cell Diagram - 06 Apr 2012  | Share on :

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For students that learn biology, having a visual aid is very important, because it helps them memorize the information faster. A cell diagram is easier to keep in mind that a long list of names that cannot be related to any image. This is why, you could use a printable cell diagram even if you are a teacher or a student. It does not matter, a printable cell diagram is very useful for both categories and whether it helps you teach easier or learn easier, the important thing is that this print can ease your work. If you are a teacher, you can find online various printable cell diagram versions and you can pick the most appropriate, depending on who are you teaching. For smaller children, you will need a very simple cell diagram and for students you will need a more detailed one.

Online, you can choose among a slew of different cell diagram versions, with a lot of colors and details or simpler. If you want to put those in your class to test, you can choose a black and white printed cell diagram, to make it more difficult. It all depends on you and your purposes. As a teacher, you are the one than can take the decision on what kind of aids to use in class to make the learning process easier for the whole group.

If you are a student learning about cells, a cell diagram will help you a lot. Again, what kind of cell diagram you choose to print depends on how much information you need and what kind of information you need. If until some decades ago scientist believed that the cell is the smallest particle, thanks to the new discoveries, the cell became a very interesting and complex unit of the organisms. This is why, when learning biology, you must study hard and keep in mind all the details of it. You can easily do this with the help of a printed cell diagram, simpler or more complex, as you like it and need it. The important thing, in the end, is to learn.

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Euglena Cell Diagram

Filed under: Cell Diagram - 02 Apr 2012  | Share on :

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Euglena is a genus of unicellular flagellate protists. There are many Euglena species which live both in fresh and salt waters. The most used Euglena species for scientific purposes is called Euglena gracilis. This unicellular flagelate includes chloroplasts in the body of the cell, being able to feed by autothrophy like plants, but also like animals, heterothrophically. As Euglena has both features from animals and plants, it was very difficult to be classified at the beginning. It is composed by a red eyespot, an organelle  with carotenoid pigment granules. It does not have a wall cell, but a pelicle made up of a protein layer and microtubules. These important features make Euglena be very flexible and contractile. When there is not enough moisture, Euglena forms a wall around it and then lies dormant until the environment will get back to normal.

After being seen under the microscope, it was possible to conceive a cell diagram. A cell diagram can be different, depending on each species of Euglena. In time, better descriptions were given and people had the opportunity to see the new discoveries through a cell diagram. Several things were added to an Euglena cell diagram throughout time as new things were discovered.

Euglena cell diagram is different depending also by its colors, components and the way it feeds. There are many types of Euglena cell diagram taking into consideration also the species. Scientists did a lot of research to discover new things about Euglena and each new thing was added into a cell diagram. Euglenas are considered mixothrops: heterothrops in the dark and autothrops  in the sunlight. Although it does not have cell walls, there are pellicles formed from protein bands which lie beneath the plasma membrane of Euglena. It reproduces asexually by fission and life spans are different for each group. The cell diagram shows the main components of it such as flagellum, which is important for mobility, photoreceptor, contractile vacuole, nucleolus, nucleus, stigma or eyespot, polysaccharides and chloroplast.

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Keratinocyte Cell Diagram

Filed under: Cell Diagram - 30 Mar 2012  | Share on :

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The skin is the largest external organ, very important for many process, the most known being that of eliminating toxins through perspiration. The skin of an adult occupies a large area and is made up of epidermis, basement membrane zone, dermis and subcutaneous tissue. These layers have different structures depending on the area of the body. Studies have shown hat each square centimetre of skin has 6 million cells, 15 sebum glands, 5 hairs, 2 heat receptors, 12 cold receptors, 100 sweat glands, as well as 400 cm nerve fibres and 100 cm blood vessels. The epidermis is a semi-permeable barrier, having a layer of flat and anuclear cells at the surface, which is called stratum cornum.

A cell diagram shows how the epidermis regenerates through the division of keratinocytes. A keratinocytes cell diagram shows very well how these protein cells are arranged in layers above the basal layer. Analyzing carefully a keratinocytes cell diagram, we can observe how new keratinocytes are made by new divisions. A keratinocytes cell diagram makes obvious how these cells in the basal layer are pushed upwards the surface of the skin. This means they start to flatten and they die. In a keratinocyte cell diagram is pictured how these cells reach the stratum corneum, exfoliate and then die. The process is called skin renewal and takes place very often and lasts around 30-40 days to complete. A cell diagram can show this process or simple the keratinocytes structure. Through this renewal process, the skin is able to optimize its protective barriers and stay safe for all our lives. Keratinocytes are derrived from ectoderm and produce proteins (keratin), as well as lipids.

Using a cell diagram can make obvious how these cells express adhesion molecules and produce inflammatory cytokines. These cells are polygonal, but will become flat at the surface, having irregular dark keratohyalin granules and thin homogeneous eosinophilic area. Their cytoplasm contains keratin filaments. A cell diagram is always useful as it makes easier to understand the connections between many and very tiny components in a cell. Learning using a cell diagram is very helpful and it takes a shorter time to understand the connections.

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