I believe this is what is often called a free chondrit. Though not desirable, they are not particularly harmful. They hammer at the surfaces of erythrocytes until they find a weak area. Then, they push through enough to feast a bit and then withdraw and search for another red blood cell with a weak membrane. I do not think they are recognized by conventional medicine, but in the pleomorphic world, they are regarded as sort of intermediary between protits and more pathogenic microorganisms.
Yes, you observe quite a bit of erythrocyte aggregation and rouleaux but many factors cause this, including one not often recognized which is that the red blood cells are instructed by the white ones to pack themselves against the parasites to immobilize the parasite so the white blood cell can attack. It's fascinating to watch.
I also notice the red blood cells are in a stuck together rondel formation, as though the patient is suffering from a blood disorder or something. Is that true or just because of the treated slides?
Dr. Naiman's remarkable video is Scary/beautiful...I have not had the privilege to see dark field microscopy in person, but studying live blood, bright field you can definitely see microfilarae here as well as eggs. If you want to see live, prick your finger and look hard under the scope, brightfield is hard, but not impossible to see...you might be surprised :O
I understand, but in the process of treating the patient for parasitic infections, the herbs cause the parasite to die so some images are actually of dead parasites, not all. If the patients have viable immune systems, the dead parasite will be eaten by bacteria which are then eaten by white blood cells after about 4-6 days. If the patient has been on antibiotics or for some other reasons does not have bacteria, the parasite will decompose through a process of fermenting.
I find it quite interesting that this "video" is not a video, but a flash presentation of still photographs. I want to see a parasite acting like a parasite on my slide. There are many things in normal blood that have shapes similar to worms, but that does not make them a parasite. They are more likely our body's cellular waste. I am unable to detect any commonly accepted morphology of any of her structures. Likewise, her worms simply never for me, anyway, appear alive and mobile on my slides.
You are correct that the flash is composed of still images and for this reason, they are not moving in these images. However, on the slide, they not only move but eat voracious numbers of erythrocytes. Obviously, not all the parasites shown in this presentation are alive. This is because some are shown in various states of decomposition, whether through bacterial action or fermentation.
I,too, a great admirer of this remarkable woman's mind.....I fear less seeing the world thru' her insights and feel more like the warrior of old fighting for my survival with instincts intact.
I have long been a fan of Dr. Naiman, her research, writings, integrity, and her efforts to share information so vital to our health and the well being of our planet. Her darkfield microscope studies are remarkable, as are her carefully formulated approaches to remedy the threats to our health found in those studies!
What is the name of this parasite?
carriellbee 7 months ago
love the background music, can anybody tell what is the title of the music?
ISSAY68 1 year ago
@ISSAY68
The credits are at the end of the flash.
ahimsainternational 1 year ago
what is best treatment protocol? have similar looking ones, taking some time with herbs and diet. ty
skyblupinkltd 2 years ago
I believe this is what is often called a free chondrit. Though not desirable, they are not particularly harmful. They hammer at the surfaces of erythrocytes until they find a weak area. Then, they push through enough to feast a bit and then withdraw and search for another red blood cell with a weak membrane. I do not think they are recognized by conventional medicine, but in the pleomorphic world, they are regarded as sort of intermediary between protits and more pathogenic microorganisms.
ahimsainternational 2 years ago
Yes, you observe quite a bit of erythrocyte aggregation and rouleaux but many factors cause this, including one not often recognized which is that the red blood cells are instructed by the white ones to pack themselves against the parasites to immobilize the parasite so the white blood cell can attack. It's fascinating to watch.
ahimsainternational 3 years ago
I also notice the red blood cells are in a stuck together rondel formation, as though the patient is suffering from a blood disorder or something. Is that true or just because of the treated slides?
truvelocity 3 years ago
Dr. Naiman's remarkable video is Scary/beautiful...I have not had the privilege to see dark field microscopy in person, but studying live blood, bright field you can definitely see microfilarae here as well as eggs. If you want to see live, prick your finger and look hard under the scope, brightfield is hard, but not impossible to see...you might be surprised :O
crystalwolflady 3 years ago
very interesting to see, i would like to see live worms moving rather than a still slide..
jsimon1985 3 years ago
I understand, but in the process of treating the patient for parasitic infections, the herbs cause the parasite to die so some images are actually of dead parasites, not all. If the patients have viable immune systems, the dead parasite will be eaten by bacteria which are then eaten by white blood cells after about 4-6 days. If the patient has been on antibiotics or for some other reasons does not have bacteria, the parasite will decompose through a process of fermenting.
ahimsainternational 3 years ago
I find it quite interesting that this "video" is not a video, but a flash presentation of still photographs. I want to see a parasite acting like a parasite on my slide. There are many things in normal blood that have shapes similar to worms, but that does not make them a parasite. They are more likely our body's cellular waste. I am unable to detect any commonly accepted morphology of any of her structures. Likewise, her worms simply never for me, anyway, appear alive and mobile on my slides.
dougahart 3 years ago
You are correct that the flash is composed of still images and for this reason, they are not moving in these images. However, on the slide, they not only move but eat voracious numbers of erythrocytes. Obviously, not all the parasites shown in this presentation are alive. This is because some are shown in various states of decomposition, whether through bacterial action or fermentation.
ahimsainternational 3 years ago
I,too, a great admirer of this remarkable woman's mind.....I fear less seeing the world thru' her insights and feel more like the warrior of old fighting for my survival with instincts intact.
miremax 3 years ago
I have long been a fan of Dr. Naiman, her research, writings, integrity, and her efforts to share information so vital to our health and the well being of our planet. Her darkfield microscope studies are remarkable, as are her carefully formulated approaches to remedy the threats to our health found in those studies!
guitarmarv 3 years ago