HOW OUR BLOOD LOOKS (OC)👨‍🏫🧠 / COMO LUCE NUESTRA SANGRE🧫🧬

in StemSocial16 days ago (edited)
Do you really know how important blood is? Well, blood is responsible for keeping practically all the cells in our body alive, and for making them grow as well. Our blood is made up of four main elements: white blood cells, red blood cells, platelets, and plasma, each with a specific purpose. However, before we get into the science of blood, let's learn a little about the circulatory system.🥼🥽🧤

¿Sabes realmente lo importante que es la sangre? Bueno, la sangre es la responsable de mantener vivas a prácticamente todas las células de nuestro cuerpo, y de hacerlas crecer también. Nuestra sangre está compuesta de cuatro elementos principales: los glóbulos blancos, los glóbulos rojos, las plaquetas y el plasma, cada uno con un propósito específico. Sin embargo, antes de adentrarnos en la ciencia de la sangre, vamos a aprender un poco del sistema circulatorio.😮😮

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ANTECEDENT🙂🔬🩹⛔

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Humans have a closed circulatory system, which delivers oxygen, nutrients, hormones, and other essential elements to the body. As its name implies, a "closed" system implies that all of our blood flows through arteries, veins and capillaries, and it is not simply floating within us, but it is the heart that pumps the blood through our blood vessels. . When one of these breaks, such as when you scrape or cut yourself, bleeding occurs. A very important ability of our body is its ability to coagulate, or "block" the wound and prevent bleeding, which gives the body time to regenerate and heal the wound. This system is also called the cardiovascular system, which is actually a more specific term that refers to the heart (cardio) and the blood vessels (vascular).😍🤔
Los humanos tenemos un sistema circulatorio cerrado, que le entrega al cuerpo el oxígeno, nutriente, hormonas y otros elementos esenciales. Como dice su nombre, un sistema "cerrado" implica que toda nuestra sangre fluye a través de arterias, venas y capilares, y no está simplemente flotando dentro de nosotros, sino que es el corazón el que bombea la sangre a través de nuestros vasos sanguíneos. Cuando uno de éstos se rompe, como cuando te rasmillas o te cortas, se produce una hemorragia. Una habilidad muy importante de nuestro cuerpo es su habilidad para coagular, o "bloquear" la herida y evitar la hemorragia, lo que le da tiempo al cuerpo para regenerar y curar la herida. Este sistema también se llama sistema cardiovascular, que realmente es un término más específico que se refiere al corazón (cardio) y a los vasos sanguíneos (vascular).👨‍🏫👨‍🎓

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Now, let's go for the blood! Remember that our blood is made up of four elements: red and white blood cells, platelets, and plasma. Red blood cells are responsible for keeping us alive! Our heart pumps blood, the lungs oxygenate the red blood cells, and they carry oxygen to the tissues through a process known as cellular respiration. Oxygen is very important because it allows cells to metabolize (transform) nutrients into energy that allows our bodies to move and grow.😎😍
¡Ahora, vamos por la sangre! Recuerda que nuestra sangre está compuesta por cuatro elementos: glóbulos blancos y rojos, plaquetas, y plasma. Los glóbulos rojos ¡son los responsables de mantenernos con vida! Nuestro corazón bombea sangre, los pulmones oxigenan a los glóbulos rojos, y éstos llevan el oxígeno a los tejidos a través de un proceso conocido como respiración celular. El oxígeno es muy importante porque le permite a las células metabolizar (transformar) los nutrientes a energía que le permite a nuestro cuerpo moverse y crecer.🔬🩸💉

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Platelets are responsible for clotting. Platelets are very small cells, about a quarter the size of a red blood cell. When there is a hemorrhage, platelets begin to gather at the damaged site to create a physical barrier, a plug, that prevents blood from escaping. Then, once the damage has been repaired, the clot is reabsorbed by the body. Plasma is the fluid that allows cells to move through the circulatory system. It is made up mostly of water, but it also has proteins, sugars, electrolytes, and other compounds. Plasma makes up about 50% of blood, and is the most abundant element in it.😃😃
Las plaquetas son las responsables de la coagulación. Las plaquetas son células muy pequeñas, alrededor de un cuarto del tamaño de un glóbulo rojo. Cuando hay una hemorragia, las plaquetas se empiezan a juntar en el sitio dañado hasta crear una barrera física, un tapón, que evita que la sangre se escape. Luego, una vez que el daño ha sido reparado, el coágulo es reabsorbido por el cuerpo. El plasma es el fluido que permite el movimiento de las células a través del sistema circulatorio. Está compuesto principalmente por agua, pero también tiene proteínas, azúcares, electrolitos y otros compuestos. El plasma conforma alrededor del 50% de la sangre, y es el elemento más abundante de ésta.🤔🕵️‍♂️👨‍🏫

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Hemoglobin is a protein that is present in our red blood cells and is responsible for the vermelha color of the blood. This protein, which fears as a function or transport of oxygen by the organism, can be presented in different ways, being hemoglobin A more common in adult individuals. There is a concentration of two levels considered normal for hemoglobin that does not bleed or that we know as anemia. A high concentration, at the same time, can cause what we call erythrocyte.🤩🤩
Hemoglobina é uma proteína presente nos glóbulos vermelhos e a responsável pela coloração vermelha do sangue. Essa proteína, que tem como função o transporte de oxigênio pelo organismo, pode apresentar-se de diferentes formas, sendo a hemoglobina A a mais comum em indivíduos adultos. Uma queda na concentração dos níveis considerados normais de hemoglobina no sangue causa o que conhecemos como anemia. Uma concentração elevada, por sua vez, pode causar o que denominamos de eritrocitose.🩸💉🧫

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Hemoglobin is present in the erythrocytes of several animals, including man. The function of this protein is to transport oxygen from the lungs to the most diverse parts of the body. The oxygen gas that reaches the lungs passes into the bloodstream and binds to the iron atoms present in the heme groups, mentioned above. This bond is reversible, so oxygen is released when it reaches the tissues.😍😍
La hemoglobina está presente en los eritrocitos de varios animales, incluido el hombre. La función de esta proteína es transportar oxígeno desde los pulmones a las más diversas partes del cuerpo. El oxígeno gaseoso que llega a los pulmones pasa al torrente sanguíneo y se une a los átomos de hierro presentes en los grupos hemo, mencionados anteriormente. Este vínculo es reversible, por lo que el oxígeno se libera cuando llega a los tejidos.⚗🧪🧫

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For oxygen transport by red blood cells to occur properly, it is necessary that the hemoglobin concentration in these cells is also at adequate levels. The concentration considered normal varies according to age and sex. When the concentration is below the values considered normal, we have the so-called anemias. Several factors can contribute to a reduction in these values, such as the lack of certain nutrients and genetic alterations, the latter being one of the most important causes of anemias.😍😍
Para que el transporte de oxígeno por los glóbulos rojos se produzca correctamente, es necesario que la concentración de hemoglobina en estas células también esté en niveles adecuados. La concentración considerada normal varía según la edad y el sexo. Cuando la concentración está por debajo de los valores considerados normales, tenemos las llamadas anemias. Varios factores pueden contribuir a una reducción de estos valores, como la falta de ciertos nutrientes y las alteraciones genéticas, siendo esta última una de las causas más importantes de anemias.🩸🩸🧫🔬

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THANKS FOR READING ME🙂, PHOTOS OF MY PROPERTY🧠🦾👍⛔

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https://www.biologianet.com/biologia-celular/hemoglobina.htm
http://www.backyardbrains.cl/experiments/bloodcells

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 16 days ago 

Looks like you got normal blood.

This microscope is not 100x, I was trying to see leukocytes, white blood cells but I didn't see anything! Will it be for not being 100x?

 16 days ago 

Easier to see if you stain them.

Well that's what I thought too, without ink I wouldn't see everything the same 😢

Wow this is fascinating! These are really great photos of blood cells.
How do you get the photos from the microscope? Is it a built in feature connected to the PC or do you put a camera to the microscope?
Thank you for sharing!

My microscope has a smartphone holder! xD thanks for reading it, I hope you have learned something interesting !!

That is so cool! Yes I find this very interesting, you have a really cool blog, thank you for your reply, I just gave you a follow! :)

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Goog post
Image sources not referenced.
Tag me when you make the correction

The images are my property!

Then, please state it somewhere in your post. Thanks

Thanks for letting me know and I have corrected it!

Excelente explicación realmente muy buen post

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