@gus_castillo_: #alcoholismo #sobriedad #superacion #superacion #soloporhoy

Gustavo Castillo 0.0%
Gustavo Castillo 0.0%
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Region: MX
Thursday 22 August 2024 06:26:32 GMT
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marthanieto2023
marthanieto2023 :
😭😭😭😭mi niño lo acabo de internar y tengo fe en que lo voy a recuperar gracias a mi dios amen
2024-08-25 23:08:22
284
socorrofelix61
socorro :
FELICIDADES RAFAEL AMAYA , SOLO POR HOY ,TE VES MUY GUAPO SIGUE ASÍ PASANDO EL MENSAJE BRAVO 👌💪💯👏🤗😘
2024-08-26 06:01:52
561
user9310203078087
patyLu :
mi hijo hace 20 días salio de su segundo anexo y no a faltado a sus juntas de N.Ay va al templo espero que así sea siempre
2024-08-25 23:15:45
182
luisadamian215
luisa damian :
uy mira quien??habla 🥺
2024-08-24 11:00:12
7
ramiroarce247
ramiroarce692 :
10 años tomé a diario y tengo 2 sin tomar. sin ayuda de ningún Díos ni de ningun grupo, y no volveré a tomar no tengo ganas de volver a hacerlo
2024-08-22 19:59:11
72
anabel.schiaffino
Anabel.schiaffino :
te vez hermoso Rafael Amaya felicidades por ser un guerrero
2024-08-24 01:25:26
351
israelhernandezbr5
Israel :
no es tan sencillo dejar el alcohol
2024-08-22 14:40:39
61
tonnymontana244
tigre :
El sr de los cielos se lo tomo en serii su papel, adiccion
2024-08-22 22:04:58
35
chisus39
chisus39 :
Grande AMAYA. te deseo mucha Fuerza. y te mando BENDICIONES. AMEN,AMEN, AMEN
2024-08-25 23:36:42
90
franciscalpezcern
Francisca :
Dios te bendiga siempre Rafael Amaya
2024-08-26 05:41:40
58
michimeme5
Michimeme :
LOS VICIOS LOS CONTROLA UNO NO ELLOS A NOSOTROS...🙏🙏🙏
2024-08-25 18:40:16
5
lover75salsero
Lover :
🤗amigo Rafael amaya, sin medicamentos ni anexos, ni supervicion de nadie, solo es voluntad propia y listo. 🤗estodo gracias a dios 🙏
2024-08-26 10:33:12
10
ashleymbbi
amairan :
no digas eso si lo dejaste es por que dios quiso uno sin dios no es nadien
2024-08-23 01:11:01
12
mona76017
Mona :
4to y 5to paso, ayuda si uno quiere y pone buena voluntad 🙏🏻! Dios es todopoderoso!
2024-08-22 17:03:16
16
mayramendicuti
Maybe :
felicidades Sr. Rafa Amaya, mi hermano comenzó como consumidor,ahora ya está muy metido en lo malo. no escucha consejo, lo hemos anexado 😢no quiere dejar todo, me da tristeza por mi mamá 😢
2024-08-26 13:01:24
13
marisabel2958
Marisabel :
lo dice porque el ya pasó x eso. ya sabe lo que es lastimar a las personas que ama. valoren esos consejos.
2024-08-26 22:47:08
32
nenaluna176
Nena Luna :
tienes toda la razón!!! 🥰🥰🥰
2024-08-25 19:40:43
29
user47253725223926
user47253725223926 :
muy buen mensaje que llegue a todos los que lo nesecitan y busquen la ayuda y salven sus vidas 🙏
2024-08-23 00:47:49
26
elenamiranda749
elenamiranda749 :
🤔Q intenso y la triste realidad es q quieren combencer a la familia y a los demas q pueden sólos al menos en estos tiempos q se enganchan muy chavos 🤔
2024-08-25 19:39:12
9
conny6230
conny :
buen mensaje 🙏 bendiciones
2024-08-25 17:52:53
9
citgalvan
citgalvan :
Hayyy amo a este hombre!! Rafael amaya
2024-08-27 23:51:59
8
marisolmendoza785
Marisol Mendoza :
Dios te ayudo... Eso no lo duded jamás
2024-08-23 17:24:50
6
elianamarcela0525
Eliana marcela Valencia portilla :
Dios mio que bello y consciente Para reconocer sus errores y mi amor platónico
2024-08-26 15:47:27
5
fernandoh326
Fernando H :
Te piden la despensa de la semana y no le dan todo lo sobrante selo venden más hay que pagar lo del cuidado del paciente cada semana
2024-08-22 06:47:34
1
angel17chay
Gabo :
trabajo para mantener y compararme mis gusto😎
2024-10-10 13:54:30
0
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It blows my mind the complexity of the life cycle of Plasmodium, the microorganism that causes Malaria. In order for this protozoan to complete its life cycle, it needs to live in both Anopheles mosquitos as well as in humans (or in other primates, reptiles, birds, rodents…).  . The mosquito Anopheles is the vector of transmission of the Plasmodium parasite to humans, but it is also the host of important steps of the Plasmodium life cycle. . Once Plasmodium infects an Anopheles mosquito and completes some phases of its life cycle, Plasmodium will migrate to the mosquito's salivary glands. Female mosquitos will bite humans to get their nutritious blood (only female mosquitos will do this and will do it to obtain nutrients to develop their eggs). So when an infected female mosquito bites a human, Plasmodium will go from the mosquito salivary glands to the human circulatory system, and eventually will reach the human liver. Once in the liver, Plasmodium will divide and progress into a different stage of its life cycle. At this point, Plasmodium is able to move to the blood and infect red blood blood cells of the human host. Incredibly, Plasmodium gets inside red blood cells (Plasmodium is very small in size at this stage) and once inside it divides and produces more of its kind. The red blood cells end up bursting and the released Plasmodium parasites infect more red blood cells. Plasmodium eventually finishes its life cycle in the red blood cells and when another female Anopheles mosquito bites this infected human, the mosquito will suck up Plasmodium infected blood and will become infected itself, and so the cycle will repeat again.  . By the way, the blood sample in the video has been fixed and stained in order to detect the Plasmodium parasites.  . Did you know that every year there are between 200-250 million cases of Malaria in the world?  . The second microorganism shown in the video is the scary Trypanosoma gambiense, a flagellated protozoan found in Africa. This is why the disease it produces is commonly called “African Sleeping Sickness.” Other Trypanosoma species can be found on other continents and cause different diseases, such as Chagas disease. . When a tsetse fly bites an infected human, the fly picks up the microorganism and acts as a vector, transmitting the Trypanosoma parasites to another human. . Thankfully, the number of infections and deaths caused by African Sleeping Sickness has considerably decreased over the last few decades. The good news is that there are several effective medications to treat this disease. However, the disease is almost always lethal for untreated infected individuals. . In case you are wondering, the blood sample in the video has been fixed and stained in order to better observe the Trypanosome parasites.  . By the way, this infected blood sample is not human, it’s from an infected rat. Why a rat? Because rats and other animals can act as reservoirs for Trypanosoma. In other words, rats and other animals can also get infected with Trypanosoma and indirectly contribute to the transmission of African Sleeping Sickness. However, tsetse flies are still the vector of transmission of the disease: human to human or animal to human. . For this video, I used a Leica ZOOM 200 stereoscope and an Olympus BX41 microscope at up to 1000X magnification. #microscopy #microscope #bloodinfection #sleepingsickness #trypanosoma #parasites #histology #malaria #drbioforever
It blows my mind the complexity of the life cycle of Plasmodium, the microorganism that causes Malaria. In order for this protozoan to complete its life cycle, it needs to live in both Anopheles mosquitos as well as in humans (or in other primates, reptiles, birds, rodents…). . The mosquito Anopheles is the vector of transmission of the Plasmodium parasite to humans, but it is also the host of important steps of the Plasmodium life cycle. . Once Plasmodium infects an Anopheles mosquito and completes some phases of its life cycle, Plasmodium will migrate to the mosquito's salivary glands. Female mosquitos will bite humans to get their nutritious blood (only female mosquitos will do this and will do it to obtain nutrients to develop their eggs). So when an infected female mosquito bites a human, Plasmodium will go from the mosquito salivary glands to the human circulatory system, and eventually will reach the human liver. Once in the liver, Plasmodium will divide and progress into a different stage of its life cycle. At this point, Plasmodium is able to move to the blood and infect red blood blood cells of the human host. Incredibly, Plasmodium gets inside red blood cells (Plasmodium is very small in size at this stage) and once inside it divides and produces more of its kind. The red blood cells end up bursting and the released Plasmodium parasites infect more red blood cells. Plasmodium eventually finishes its life cycle in the red blood cells and when another female Anopheles mosquito bites this infected human, the mosquito will suck up Plasmodium infected blood and will become infected itself, and so the cycle will repeat again. . By the way, the blood sample in the video has been fixed and stained in order to detect the Plasmodium parasites. . Did you know that every year there are between 200-250 million cases of Malaria in the world? . The second microorganism shown in the video is the scary Trypanosoma gambiense, a flagellated protozoan found in Africa. This is why the disease it produces is commonly called “African Sleeping Sickness.” Other Trypanosoma species can be found on other continents and cause different diseases, such as Chagas disease. . When a tsetse fly bites an infected human, the fly picks up the microorganism and acts as a vector, transmitting the Trypanosoma parasites to another human. . Thankfully, the number of infections and deaths caused by African Sleeping Sickness has considerably decreased over the last few decades. The good news is that there are several effective medications to treat this disease. However, the disease is almost always lethal for untreated infected individuals. . In case you are wondering, the blood sample in the video has been fixed and stained in order to better observe the Trypanosome parasites. . By the way, this infected blood sample is not human, it’s from an infected rat. Why a rat? Because rats and other animals can act as reservoirs for Trypanosoma. In other words, rats and other animals can also get infected with Trypanosoma and indirectly contribute to the transmission of African Sleeping Sickness. However, tsetse flies are still the vector of transmission of the disease: human to human or animal to human. . For this video, I used a Leica ZOOM 200 stereoscope and an Olympus BX41 microscope at up to 1000X magnification. #microscopy #microscope #bloodinfection #sleepingsickness #trypanosoma #parasites #histology #malaria #drbioforever

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