Aspergillus flavus culture🧠 / cultivo de Aspergillus flavus🔬(En-Es)

Hello friends addicted to science! After a few weeks, the white fungus we call "mold" began to appear in my fish's food, which was sealed with moisture for about two weeks. Normally the one we see on bread has a greenish appearance, but the white one is interesting to see on the microscope because we can see its main structures (conidia, phialides, stipe, biseriate) the species is "Aspergillus flavus" of course after reading about it I understood that it must be handled with care because it is harmful and causes allergies!🧠🥽📚

Hola amigos adictos a la cienca! luego de algunas semanas comenzo aparecer en la comida de mis peces la cual estaba sellada con humedad unas dos semanas apareciendo aquel hongo blanco que llamamos "moho", normalmente el que vemos en el pan tiene un aspecto como verdoso pero el blanco es interesante verlo en el microscopio porque podemos ver sus estructuras principales (conidia, phialides, stipe, biseriate) la especie se trata de "Aspergillus flavus" por supuesto luego de leer sobre el entendi que debe ser manipulado con cuidado pues es nocivo y causa alergia!👨‍🏫⚗🥼

Microscopic fungi🙇‍♂️⚗/ Hongos microscopicos🔬🧠🥽

The greenish color that you see does not actually belong to the fungus. It is the substrate of the fish food that, since it has corn with fish protein, is ideal for the growth of this powerful microscopic fungus. The size of the fruiting body is what classifies it as a fungus. be it macro or microscopic! In the extraordinary kingdom Fungi more than "60% of fungal species are microscopic", the fruiting bodies are also known as "sporophores" and as their name indicates they generate the famous spores! Whether a fungus is micro or macro, not everything can be seen with the naked eye and we will always require a microscope to detect the somatic phase.🧠🔬⚗
El color que observas verdoso en realidad no pertenece al hongo es el sustrato de la comida de pez que como tiene maiz con proteina de pescado es ideal para el crecimiento de este poderoso hongo microscopico, el tamaño del cuerpo fructifero es el que clasifica que un hongo sea macro o microscopico! en el extraordinario reino Fungi mas del "60% de las especies de hongos son microscopicas", los cuerpo fructifero son tambien conocidos como "esporoforos" y como su nombre lo indica generan las famosas esporas! indistintamente si un hongo es micro o macro no todo puede ser visto a ojo desnudo y siempre requeriremos un microscopico para detectar la fase somatica.📚👨‍🏫🙇‍♂️

https://erno.geologia.unam.mx/uploads/nuestra-tierra/archivos/35/Revista_Nuestra_tierra_Ed35_version_web.pdf

The somatic phase is important for nutrition, gas exchange and expansion of the fungus because thanks to it the fungus can carry out its physiology effectively, therefore those filaments that we see everywhere in the substrate indicate how the fungus colonizes and grows with an exponential rate, very little is known about "micromycetes", and it is believed that it is because they are microscopic and go unnoticed even though their macroscopic brothers are the most studied due to their large sizes and colors. Let us also remember that the latter have an impact on the world gastronomy. Let us not forget that thanks to Micromycetes the first antibiotic known to man was created.📚👨‍🏫🙇‍♂️
La fase somatica es importante para la nutricion, intercambio gaseoso y expansion del hongo pues gracias a ella el hongo puede realizar su fisiologia de forma efectiva, por tanto aquellos filamentos que vemos por todos lados en el sustrato nos indican como el hongo coloniza y crece con una tasa exponencial, se sabe muy poco sobre los "micromicetos", y se cree que es por ser microscopicos y pasar desapercibidos apesar que sus hermanos macroscopicos son los mas estudiados por sus grandes tamaños y colores tambien recordemos que estos ultimos tienen un impacto en la gastronomia mundial. No olvidemos que gracias a los Micromicetos se crea el primer antibiotico conocido por el hombre.🧠🔬⚗🥽

https://erno.geologia.unam.mx/uploads/nuestra-tierra/archivos/35/Revista_Nuestra_tierra_Ed35_version_web.pdf

Structure of Aspergillus flavus🙇‍♂️⚗/ Estructura de Aspergillus flavus🔬🧠🥽

Studying this species in the laboratory must be done very carefully so as not to spread it to other samples. It takes 3 days for this species to be fully developed and "sexually mature." Depending on the substrate and environmental conditions, its color can vary from white to yellow. The first thing we notice microscopically is the large vesicle and we see it a little swollen, around the vesicle we see "uniseriate and biseriate" phialides, the conidiophores support the vesicle, which are usually large in size! What generates danger in this species is aflatoxins.🔬🧠🙇‍♂️
Estudiar esta especie en laboratorio debe trabajarse con mucho cuidado para no propagarla hacia otras muestras, basta 3 dias para que esta especie este completamente desarrollada y este "sexualmente madura", depende el sustrato y las condiciones ambientales puede variar su coloracion desde blanco hasta amarilla, lo primero que notamos microscopicamente es la vesicula de gran tamaño y la vemos un poco hinchada, alrededor de la vesicula vemos fialidas "uniseriadas y biseriadas", los conidioforos dan soporte a la vesicula que suelen ser de gran tamaño! lo que genera peligro en esta especie es la aflatoxinas. 📚🥼👨‍🏫

source: https://chaetomiumqueen.com/aspergillus-flavus/

Microscopy of conidia🙇‍♂️⚗/ Microscopia de las conidias🔬🧠🥽

The conidia or resistance structures (sclerotia) these structures are dispersed by external environmental factors such as wind or friction from animals or plants. Once they disperse and reach some substrate that meets the necessary requirements for growth, the mycelium grows and New "individuals" are produced despite being "different species, the principle of dispersion and growth is the same for microscopic fungi." Since ancient times, microscopic fungi have been used in different fields from food to industry.📚🙇‍♂️🧠
Las conidias o estructuras de resistencias (esclerocios) estas estructuras son dispersas por factores externos ambientales tal es el viento o roce de animales o plantas, una vez se dispersan y llagan a algun sustrato que cumple con los requisitos necesarios para crecer entonces crece el micelio y se producen nuevos "individuos" apesar de ser "especies diferentes el principio de dispersion y crecimiento es igual para los hongos microscopicos". Desde tiempos ancestrales los hongos microscopicos se han utilizado en diferentes campos desde alimentos hasta industria.🥽🔬

https://erno.geologia.unam.mx/uploads/nuestra-tierra/archivos/35/Revista_Nuestra_tierra_Ed35_version_web.pdf

Importance of the species in nature🙇‍♂️⚗/ Importancia de la especie en la naturaleza🔬🧠🥽

When I describe all the functions that microscopic fungi perform in nature, you will be surprised because there are so many of them, starting with the fact that they are excellent decomposers of organic matter, they are responsible for carrying out mineralization, through immobilization they retain nutrients, they are great accumulators of toxic substances, Thanks to them, the plants achieve a better flow of nutrients and water, they help the seedlings achieve a better survival rate, the roots of the plants are protected from pathogens through microfungi, they help regulate the population of some insects in the environment, they help symbiosis, soil permeability and porosity, as well as decontaminate the environment.👨‍🏫📚🥼
Cuando te describa todas las funciones que cumplen en la naturaleza los hongos microscopicos quedaras sorprendido porque son muchisimas, comenzando con que son excelentes descomponedores de materia organica, se encargan de realizar una mineralizacion, mediante la inmovilizacion retienen nutrientes, son grandes acumuladores de sustancias toxicas, gracias a ellos las plantas consiguen un mejor flujo de nutrientes y agua, ayudan a que las plantulas consigan una mejor tasa de supervivencia, las raices de las plantas estan protegidas de patogenos por medio de los microhongos, ayudan a regular la poblacion de algunos insectos en el ambiente, ayudan a la simbiosis, la permeabilidad del suelo y porocidad, asi como tambien descontaminan el ambiente.🙇‍♂️🧠🥽

https://erno.geologia.unam.mx/uploads/nuestra-tierra/archivos/35/Revista_Nuestra_tierra_Ed35_version_web.pdf

46aP2QbqUqBqpx5c7Zikd2HFMqywJNqDeZVr22vYLLq3mmDMvC912rHcgZVsjPXr3wLjkA8LKLBDRLTxVkouUowGoPo3.gif

DNA is an organization to foster and DENSIFY NATURE-APPRECIATION which aims to establish REPORTS OF BIODIVERSITY DATA that is contributed by all of us Hiveans and subsequently cataloged.

Therefore DNA searches for HIGH-QUALITY posts that aim to DESCRIBE and determine the BIODIVERSITY AROUND YOU with added EXPLANATIONS and INFORMATION. For these informative posts they offer a CURATION SERVICE using the @dna.org account. It is also a CURATION TRAIL. Just add the #dna TAG if you think that any of your posts is what they are looking for.

THANKS FOR READING ME (PHOTOS OF MY PROPERTY) / GRACIAS POR LEERME FOTOS DE MI PROPIEDAD🙂🧠🦾👍



0
0
0.000
6 comments
avatar

I 've always thought that fungus under the microscope is so beautiful!
Nice post!


Want to Know more about Hivepakistan?

Ping Us On Hive Pakistan Discord server

To support HivePakistan, delegate Hive Power to hivepakistan and earn 90% curation reward :)

Here are some handy links for delegation


| 50 HP | 100 HP |500 HP | 1000 HP | 5000 HP | 10000 HP | 20000 HP |

A delegation of 500 or more HP makes you earn Hivepakistan supporter badge.

0
0
0.000
avatar

Thanks for your contribution to the STEMsocial community. Feel free to join us on discord to get to know the rest of us!

Please consider delegating to the @stemsocial account (85% of the curation rewards are returned).

You may also include @stemsocial as a beneficiary of the rewards of this post to get a stronger support. 
 

0
0
0.000