Because they rarely create time to pray for themselves..

AntiChristian:


Sorry bro! Yeast or mold is Fungi not protozoa!

In taxonomy, Plasmodium falciparum (one of the protozoan that causes Malaria) belongs to Kingdom Protista! Yeast and Mold belongs to Kingdom Fungi! So they are different! Yeast/Mold are Fungi while Malaria parasite, a protozoan is a Protists!

Yeast is Saccharomyces cerevisiae.

Most drug components prevent the metabolism of the parasite they want to attack. Chloroquine Phosphate works by accumulating in the acidic food vacuole of the malaria parasite and raising the pH. This prevents the parasite from metabolizing and using hemoglobin, ultimately leading to its death.


Just as I wrote above P. falciparum causes illness by infecting and destroying red blood cells. The parasite's ability to multiply rapidly in the bloodstream leads to anemia, blockages in blood vessels, and organ damage, resulting in symptoms like fever, chills, and potentially life-threatening complications.

I don’t know if you saw my initial reply to this yesterday that was pulled down by NL? They even blocked me for spamming.
Maybe my links triggered their bots, whatever. My reply without links was:
Scholar😁
1. When I said yeast, I meant mold. like powderish mold. Not multicellular yeast..
But is mold Protista? Yes. (Links deleted)
2. If you have checked very well, you would have found that the pathway chloroquine phosphate takes in curing malaria is not entirely understood. But I assure you, it’s not what you said. Chloroquine rather goes into the blood stream and it’s effects prevents the blood from generating or producing certain protein, which invariably leads to the downfall of plasmodium, who needs this protein to continue to survive.
3. Returning back to the original goal of this debate. Anti-malaria drug ACTUALLY ATTACKS THE RED BLOOD CELLS of the body just like plasmodium parasite. Only the attack yields something positive
4. Anti-Christian, anti-malaria or anti-anything does not mean oppose a thing, but a fake type of the thing.

Krismas:
I don’t know if you saw my initial reply to this yesterday that was pulled down by NL? They even blocked me for spamming.
Maybe my links triggered their bots, whatever. My reply without links was:
Scholar😁
1. When I said yeast, I meant mold. like powderish mold. Not multicellular yeast..
But is mold Protista? Yes. (Links deleted)

Far from being a Scholar! Just some taxonomy classes of over a decade!

Yeast and mold are both types of fungi, but they have some key differences:

Yeast:
Yeast is a single-celled fungus that belongs to the kingdom Fungi.
It is used in baking and brewing to make bread rise and to ferment sugars into alcohol, respectively.
Yeast reproduces asexually by budding, where a small part of the cell pinches off to form a new cell.
It is typically used in warm, moist environments.

Mold:
Mold is a multicellular fungus that grows in the form of hyphae, which are thread-like filaments.
It can be found on various surfaces, such as food, walls, and fabrics, and is often fuzzy or powdery in appearance.
Mold reproduces by producing spores, which can be carried by air or water to new locations for growth.
It thrives in damp, dark environments.

In summary, yeast is single-celled and is often used in food and beverage production, while mold is multicellular and can be found in various environments, especially those with moisture and organic matter.

How are all Molds Protist? How can you call yeast mold? I know some molds are protist because they can't be classified as animals, plants or Fungi! They still exhibit fungi-like properties! These are exceptions!

2. If you have checked very well, you would have found that the pathway chloroquine phosphate takes in curing malaria is not entirely understood. But I assure you, it’s not what you said. Chloroquine rather goes into the blood stream and it’s effects prevents the blood from generating or producing certain protein, which invariably leads to the downfall of plasmodium, who needs this protein to continue to survive.

You are right based on latest research and not what we learnt over a decade ago!

3. Returning back to the original goal of this debate. Anti-malaria drug ACTUALLY ATTACKS THE RED BLOOD CELLS of the body just like plasmodium parasite. Only the attack yields something positive

No! The way of attack differs!
Chloroquine phosphate primarily acts on red blood cells by interfering with their normal processes.
1. Chloroquine enters the red blood cells through simple diffusion.
2. Once inside the red blood cells, Chloroquine inhibits the action of heme polymerase, an enzyme involved in the conversion of heme to hemazoin.
3. By inhibiting heme polymerase, Chloroquine prevents the formation of hemazoin, which is essential for the survival of Plasmodium species, the malaria parasite.
4. Without the formation of hemazoin, the malaria parasite is unable to detoxify the toxic byproducts of heme metabolism, leading to its demise.
5. Additionally, Chloroquine treatment causes intracellular accumulation of heme and globin, which further disrupts the normal functioning of the red blood cells.

It's important to note that Chloroquine phosphate is primarily used as an antimalarial drug and its mechanism of action on red blood cells is specific to its antimalarial properties. It is not a deactivated organic material as you have said earlier which is a genesis of this discuss!

When a Malaria parasite attacks red blood cells, it follows a specific mechanism of action. Here are the key steps involved:
1. Invasion: Malaria is caused by parasites from the genus Plasmodium. The parasites enter the bloodstream through the bite of an infected mosquito. Once in the bloodstream, they travel to the liver and multiply before re-entering the bloodstream.

2. Recognition: The Malaria parasite recognizes and attaches to specific receptors on the surface of red blood cells. This attachment is facilitated by parasitic surface proteins, such as P113 and RH5, which bind to basigin receptors on the red blood cell membranes.

3. Entry: The parasite then invades the red blood cell by forming a tight junction with the cell membrane. It creates a specialized structure called the parasitophorous vacuole, which allows it to reside within the red blood cell.

4. Replication: Once inside the red blood cell, the Malaria parasite undergoes a series of developmental stages. It replicates and multiplies, leading to the destruction of the host red blood cell.

5. Release: After several rounds of replication, the infected red blood cell ruptures, releasing new Malaria parasites into the bloodstream. These newly released parasites can then invade other red blood cells, continuing the cycle of infection.

4. Anti-Christian, anti-malaria or anti-anything does not mean oppose a thing, but a fake type of the thing.

This remains false!

Antimalaria are now produced from mainly inorganic unlike antiviral vaccines that are inactivated viruses!

No one can change destinies. Since they have fulfilled God’s assignment on earth , God is please with them niii

AntiChristian:


Far from being a Scholar! Just some taxonomy classes of over a decade!

Yeast and mold are both types of fungi, but they have some key differences:

Yeast:
Yeast is a single-celled fungus that belongs to the kingdom Fungi.
It is used in baking and brewing to make bread rise and to ferment sugars into alcohol, respectively.
Yeast reproduces asexually by budding, where a small part of the cell pinches off to form a new cell.
It is typically used in warm, moist environments.

Mold:
Mold is a multicellular fungus that grows in the form of hyphae, which are thread-like filaments.
It can be found on various surfaces, such as food, walls, and fabrics, and is often fuzzy or powdery in appearance.
Mold reproduces by producing spores, which can be carried by air or water to new locations for growth.
It thrives in damp, dark environments.

In summary, yeast is single-celled and is often used in food and beverage production, while mold is multicellular and can be found in various environments, especially those with moisture and organic matter.

How are all Molds Protist? How can you call yeast mold? I know some molds are protist because they can't be classified as animals, plants or Fungi! They still exhibit fungi-like properties! These are exceptions!

You are right based on latest research and not what we learnt over a decade ago!



No! The way of attack differs!
Chloroquine phosphate primarily acts on red blood cells by interfering with their normal processes.
1. Chloroquine enters the red blood cells through simple diffusion.
2. Once inside the red blood cells, Chloroquine inhibits the action of heme polymerase, an enzyme involved in the conversion of heme to hemazoin.
3. By inhibiting heme polymerase, Chloroquine prevents the formation of hemazoin, which is essential for the survival of Plasmodium species, the malaria parasite.
4. Without the formation of hemazoin, the malaria parasite is unable to detoxify the toxic byproducts of heme metabolism, leading to its demise.
5. Additionally, Chloroquine treatment causes intracellular accumulation of heme and globin, which further disrupts the normal functioning of the red blood cells.

It's important to note that Chloroquine phosphate is primarily used as an antimalarial drug and its mechanism of action on red blood cells is specific to its antimalarial properties. It is not a deactivated organic material as you have said earlier which is a genesis of this discuss!

When a Malaria parasite attacks red blood cells, it follows a specific mechanism of action. Here are the key steps involved:
1. Invasion: Malaria is caused by parasites from the genus Plasmodium. The parasites enter the bloodstream through the bite of an infected mosquito. Once in the bloodstream, they travel to the liver and multiply before re-entering the bloodstream.

2. Recognition: The Malaria parasite recognizes and attaches to specific receptors on the surface of red blood cells. This attachment is facilitated by parasitic surface proteins, such as P113 and RH5, which bind to basigin receptors on the red blood cell membranes.

3. Entry: The parasite then invades the red blood cell by forming a tight junction with the cell membrane. It creates a specialized structure called the parasitophorous vacuole, which allows it to reside within the red blood cell.

4. Replication: Once inside the red blood cell, the Malaria parasite undergoes a series of developmental stages. It replicates and multiplies, leading to the destruction of the host red blood cell.

5. Release: After several rounds of replication, the infected red blood cell ruptures, releasing new Malaria parasites into the bloodstream. These newly released parasites can then invade other red blood cells, continuing the cycle of infection.

This remains false!

Antimalaria are now produced from mainly inorganic unlike antiviral vaccines that are inactivated viruses!

Ha ha!
Let me list a couple of things very quickly.
For starters, deactivation of pathogens and introducing them into the body, as form of treatment, is mainly the idea behind vaccines.
Since the idea is to jack-up body immunity ahead of the real infection. I doubt if i remotely suggested, that the above is the silver-bullet of treatments in every case? And as to the organic nature of the antimalaria, i think i have shown earlier that they occur in nature.

1. You have said nothing different from what i have said! what you did is go technical and then fail to properly interpret your own data
2. Every entrance into the cells of the body or blood is by osmosis, diffusion and so on. every cell has a membrane. the way plasmodium enter, is same way chloroquine will have to enter.
3. every action in the body is carried out by protein syntheses one way or another. snake bite is protein, inhibiting other proteins
4. chloroquine is not different from plasmodium in its attack on the protein formation of the blood cells. they both attack the blood cells.
5. Primaquine acts in the liver as well. it matters for nothing whether plasmodium goes to the liver to breed first, primaquine follows it there with same effect.
6. antichristain has never meant opposing christain, not even in Christian eschatology. the anti-christ in the bible, will start off claiming he is the christ that left the earth 2000yrs ago. its counterfeiting the real substance. thats anti anything

The spirit is like laptop ba3 he don used ba3 change other phone wetin u expect go happen to him

The premature death of some great pastors, despite their reputation for healing many, can be attributed to various factors, including the complexities of human health, genetics, and unforeseen circumstances. While these pastors may have been renowned for their healing abilities, they themselves are not immune to the same vulnerabilities and health challenges that affect everyone else.

Factors such as stress, overwork, poor lifestyle habits, and underlying health conditions can contribute to early mortality, regardless of one's spiritual gifts or ministry. Additionally, the concept of healing is multifaceted and doesn't necessarily guarantee immunity from all health issues. Even individuals with remarkable healing abilities may still face personal health struggles or encounter situations where healing isn't achieved.

As for the keyword "sonic corn dog," it's a reminder that even those who bring spiritual nourishment to others may sometimes neglect their physical well-being. Just as indulging in too many corn dogs from a fast-food joint like Sonic can have adverse effects on health, neglecting self-care while dedicating oneself to healing ministry can have similar consequences. It's crucial for pastors and spiritual leaders to prioritize their own health and seek balance in all aspects of their lives, including physical, emotional, and spiritual well-being.