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Finding Genius Podcast

Malaria Parasites and Red Blood Cells: Teresa Carvalho Works on Disease Prevention

Finding Genius Podcast

Richard Jacobs

Medicine, Health & Fitness

4.41K Ratings

🗓️ 6 August 2020

⏱️ 49 minutes

🧾️ Download transcript

Summary

Professor Carvalho researches parasitic diseases in humans. In this podcast, she focuses on causes of malaria and tells listeners

  • How the malaria parasite transmits to humans and more about its complex life cycle,
  • Why investigating the stage of red blood cell infection, which initiates malaria symptoms, is key to preventing disease progression, and
  • Why denying the parasites some cellular ingredients may arrest their development and provide cost-effective prevention measures.

Teresa Carvalho is a senior lecturer of physiology, anatomy, and microbiology at La Trobe University in Australia. She explains the basic elements of parasitic diseases in humans and how parasites that cause malaria enter the blood stream from the salivary glands of mosquitos.

After they go to the liver, they return to the red blood cells, feed on hemoglobin, expand, and divide. One parasite can divide until as many as 32 leave one blood cell. They destroy red blood cells along the way, which leads to fever and other detrimental results. Disease progression includes severe anemia and debilitating cerebral malaria, which can result in blood clots and coma.  

Dr. Carvalho takes this information and explains key moments for therapeutic intervention, the crux of her research. Because their time in the red blood cells cause malaria symptoms and disease, scientists think this is when to focus treatment and research.  She adds that it's a more accessible moment for research because they can culture these parasites in the lab in red blood cells. She also describes some of the mystery causes of malaria.

For example, even the red blood cells that are not infected by the parasite die—she and her lab are trying to understand why. One theory involves extracellular vesicles these parasites use to communicate with each other. She also describes challenges to these studies, the hope of repurposing drugs that are used for other disease, as well as the urgency: children under five are the largest group that die from malaria. 

For more about her work and to contact her with questions, see her page on the La Trobe University website: scholars.latrobe.edu.au/display/tcarvalho.

Available on Apple Podcasts: apple.co/2Os0myK

Transcript

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0:00.0

Forget frequently asked questions common sense common knowledge or Google how about advice from a real genius

0:06.8

95% of people in any profession are good enough to be qualified and licensed 5% go and beyond. They become very good at what they do.

0:15.1

But only 0.1% are real Jesus.

0:18.3

Richard Jacobs has made it his life's mission to find them for you.

0:22.4

He hunts down and interviews geniuses in every field, sleep science, cancer, stem cells,

0:27.2

ketogenic diets, and more.

0:28.8

Here come the geniuses.

0:30.4

This is the Finding Genius Podcast.

0:33.0

That is Richard Jacobs.

0:35.0

Hello, this is Richard Jacobs with the Finding Genius Podcast.

0:41.0

My guest today is Teresa Carvello. She's a senior lecturer in physiology, anatomy

0:46.7

and microbiology at Latrobe University in Australia. We're going to talk about

0:51.7

host parasite interactions specifically in

0:54.2

regards to malaria. So Theresa, thanks for coming. Hi Richard, it's great to be

0:58.6

here. Yeah. Well, for people that don't know malaria, from what I know, you get bitten by a mosquito, and then the mosquito, I guess, releases a bacteria into you through its about salarberry glands, or is it a bacteria or is it a parasite?

1:13.2

Like what happens when you get bitten by a mosquito

1:15.9

that carries malaria?

1:17.6

That's true, actually.

1:18.6

It is a disease that is transmitted by a mosquito.

1:21.8

We call that a vector-born disease.

1:24.0

And in fact, it is a parasite, what the mosquito

1:26.4

transmit.

...

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