The epithelial cells of the oral mucosa are not saliva but the cells that line the inside of the mouth. The oral epithelium is the tissue formed by several layers of cells joined together, which cover the free surface of the mouth, and constitute the internal lining of the cavities. Their collection is simple and they have the genetic information of the person.🤔😮
Las células epiteliales de la mucosa bucal no se trata de saliva sino de las células que recubren el interior de la boca. El epitelio bucal es el tejido formado por varias capas de células unidas entre sí, que recubren la superficie libre de la boca, y constituyen el revestimiento interno de las cavidad. Su recogida es sencilla y tienen la información genética de la persona.😦😱
PROCESSING AND ASSEMBLY👨🏫👨🎓👀
This technique is very simple and is used to observe a eukaryotic cell, with this experiment we can see the cytoplasm, the nucleus and the cell membrane! the first step is to take a swab and rub it between the cheeks under the tongue preferably! If you do it in the morning before brushing your teeth, you will have a higher bacterial load!😶😶
Esta tecnica es muy sencilla y sirve para observar una celula eucariota, con este experimento podremos ver el citoplasma, el nucleo y membrana celular! el primer paso es tomar un hisopo y frotarlo entre las mejillas por debajo de la lengua preferiblemente! si lo haces en la mañana antes de lavarte los dientes tendras una mayor carga bacteriana!👨🏫👨🎓
once we pass the swab in the mouth we are going to rub it through the object holder to fix our saliva! then we are going to place a few drops of water and finally we are going to place the cover object on it! If the water is spilled, we will dry it very carefully with a napkin! then we will place our sample in the microscope and begin observing with the largest objective (40x) and we will increase the magnification!😏😏
una vez pasamos el hisopo en la via bucal vamos a frotarlo por el porta objeto para fijar nuestra saliva! luego vamos a colocar unas gotas de agua y por ultimo vamos a colocarle encima el cubre objeto! si se llega a derramar el agua vamos a secarla con mucho cuidado con servilleta! luego colocaremos nuestra muestra en el microscopio y comenzamos observando con el objetivo mayor (40x) y vamos a ir subiendo de aumento!😮⛔⭕✅💯
OBSERVATION👨🏫👨🎓👀
With a magnification of between 60x to 100x we can observe the cell phones! they should look like this, at first glance they are irregular cells without symmetry! but if we give an even greater view we can observe the beautiful details of a eukaryotic cell that I will explain to you below!💥💥
Con un aumento de entre 60x a 100x podemos observar las celular! deben tener este aspecto, a simple vista son celulas irregulares sin simetria! pero si damos una vista aun mayor podremos observar los hermosos detalles de una celula eucariota que te explicare a continuacion!😲😲
CELL NUCLEUS👨🏫👨🎓👀
The nucleus, surrounded by a nuclear envelope, is found only in eukaryotic cells, and is the location of most different types of nucleic acids. It can measure about 5 µm in diameter (than full prokaryotic cells). Inside we find all the genetic information of the cell in the form of DNA, which presents various organizations throughout cell life. The nucleus has chromosomes if it is in the division phase: mitosis, chromosomes are structures made up of DNA and proteins. When the cell is not in division, it is in INTERFACE, and no structure is observed under the light microscope, however, the interphase nucleus is working intensely.😏😏
El núcleo, rodeado por una envoltura nuclear, se encuentra solamente en las células eucariotas, y es la localización de la mayoría de los diferentes tipos de ácidos nucleicos. Puede medir unas 5 µm de diámetro (que las células procariotas completas). En su interior encontramos toda la información genética de la célula en forma de ADN, que presenta diversas organizaciones a lo largo de la vida celular. El núcleo presenta cromosomas si está en fase de división: mitosis, los cromosomas son estructuras formadas por ADN y proteínas. Cuando la célula no está en división se encuentra en INTERFASE, y no se observa ninguna estructura al microscopio óptico, sin embargo, el núcleo interfásico está trabajando intensamente.🥽🥼
PLASMA MEMBRANE👨🏫👨🎓👀
Plasma membrane, also called plasmalema, is formed by a double layer of lipids, in which several proteins are inserted. This membrane, which surrounds all cells, ensures the separation between the internal and external environments. Below, we will discover some of the main characteristics of this membrane and the role it plays in cells.😎😎
La membrana plasmática, también llamada plasmalema, está formada por una doble capa de lípidos, en la que se insertan varias proteínas. Esta membrana, que envuelve todas las células, garantiza la separación entre los ambientes interno y externo. A continuación, descubriremos algunas de las principales características de esta membrana y el papel que juega en las células.😁😁
CYTOPLASM👨🏫👨🎓👀
Cytoplasm is a funny term. What do you mean "quote"? "Cyto" means "cell", "plasma" means "material", so it is the "material of the cell". So we must think of a cell as a large water balloon, and bits of fruit floating inside it. The cytoplasm would be the water in the balloon. It is slightly thicker than water, and it makes up most of the inside of cells. Now, inside the cell, inside that globe of water, there is a nucleus and other organelles such as mitochondria, lysosomes, the endoplasmic reticulum or other organelles with an unpronounceable name, but the cytoplasm is the ocean in which all these organelles float .🤔🤔
El citoplasma es un término gracioso. ¿Qué quiere decir "cito"? "Cito" significa "célula", "plasma" significa "material", por lo que es el "material de la célula". Así que debemos pensar en una célula como un globo de agua grande, y pedacitos de fruta flotando dentro de él. El citoplasma sería el agua en el globo. Es un poco más espeso que el agua, y constituye la mayor parte del interior de las células. Ahora bien, dentro de la célula, dentro de ese globo de agua, hay un núcleo y otros orgánulos como las mitocondrias, lisosomas, el retículo endoplásmico u otros orgánulos de nombre impronunciable, pero el citoplasma es el océano en el que todos estos orgánulos flotan.👨⚕️👩🎓🕵️♂️👨🏫
STRUCTURE👨🏫👨🎓👀
All living beings are made up of cells, which can be differentiated from one group to another. An animal and eukaryotic cell, or a seja, has a true nucleus and a set of membranes that increases to its compartmentalization. It has several components similar to plant, but different from the fact that it has lysosomes, absent from plants, and does not contain cell walls, plastids, glyoxysomes and vacuoles of cell suck, present in plants. Most of the vegetative cells do not have centrioles, which are only found in flagellate cells (male gametes - anterozoids).🐮🦝🐷🐗
Todos os seres vivos são constituídos por células, que podem diferenciar-se de um grupo para outro. Una célula animal é eucariótica, ou seja, possui um núcleo verdadeiro e um conjunto de membranas que aumenta a sua compartimentalização. Ela possui vários componentes semelhantes à vegetal, mas difere desta por possuir lisossomos, ausentes na vegetal, e não apresentar parede celular, plastos, glioxissomas e vacúolos de suco celular, presentes na vegetal. Grande parte das células vegetais não apresenta centríolos, que são encontradas apenas em células flageladas (gametas masculinos - anterozoides).🌿🌾🌵🍀
THANKS🎈🎋🎄🎍
OBRIGADO🧡💥💞
I would like to invite you to follow the 
https://pagina.jccm.es/museociencias/otras%20actividades%20web/docs%20baul/Celulas%20de%20la%20Mucosa%20Bucal.pdf
http://www.biologia.edu.ar/cel_euca/celula2.htm
https://mundoeducacao.uol.com.br/biologia/membrana-plasmatica.htm
https://www.genome.gov/es/genetics-glossary/Citoplasma
https://www.biologianet.com/biologia-celular/celula-animal.htm
I have a personal diary where I write down the most important things about each experiment I do! It may be crazy but if I discover something ... I have physical evidence that it was me! that is why it is important to keep records!👨🎓🔬😅