Dr. James Schaller, MD
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FL1953 Protomyxzoa Rheumatica: An Introduction

A New Protozoa looks like Babesia or immature Malaria
but is a fully new Protozoan by DNA, Behavior and CDC

FL1953 slides

Scroll page to view detailed slide images.

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Below is a discussion of a fully DNA sequenced single cell parasite which has nothing similar in the infection kingdom. The CDC confirms it is not Babesia or malaria, and had no idea what type of single celled parasite was present.

About eight years ago I met microbiologist, inventor, laboratory director and family physician, Steve Fry. MS, MD. He showed me stunning protozoa and bacteria inside or on the edge of red blood cells (RBC) using a new stain enhanced to show more bacteria. Every infection has been made easier to diagnose by Dr. Fry's new staining technique for smears. I confirmed with indirect testing, and response to innovative treatment.

So for about eight years this organism has been highly investigated; it is new and very dangerous and is one reason some Lyme or Babesia treatments fail or patients die suddenly. Initially, our research center tried to remove Babesia, FL1953 and Bartonella or Bartonella-like bacteria. In March 2007, Dr. Fry stopped using direct, published patented smears for FL1953 and Babesia due to a greater need for more sensitive testing.

What is FL1953 or Protomyxzoa Discovered in Recent Years?

Years ago, Steve Fry felt he was looking at a possible unique single celled protozoan. It was unusual as a super biofilm maker. The CDC helped Dr. Fry by confirming his impressions and reported: the sample sent is not Babesia or malaria but a protozoa of unknown type.

So Dr. Fry invested profound income into his lab, and in recent years has DNA sequenced and proven FL1953 or Protomyxzoa is a fully new protozoan. Equally as important is that scientists using Fry labs have come to realize this is a very common protozoan and due to the massive biofilm it can be hard to kill, and it can harm humans effectively.

What is the Difference in the Appearance
Between Babesia and FL1953?

6 Years ago I was surprised no book existed that showed all the various microscopic appearances Babesia can present. So in 2008 I published A Laboratory Guide to Human Babesia Hematology Forms. Why mention this point? When you look at the FISH tests (IGeneX laboratory) which are in black and white, they only show Babesia microti and Babesia duncani. The book mentioned above showed over 100 forms of Babesia. FL1953 might have fewer patterns. In addition, FL1953 resides in a massive biofilm.

My FL1953 is DNA Negative but My Smear is Positive

When you talk to a real scientist about PCR testing it is like discussing a great love or superior life experience. However, my concern is some feel the testing for tick, flea and other insect vector infections is the same as DNA testing from the television show “CSI.” You get a disposable cup from the criminal and you have the DNA from the infinitesimally tiny residue in lip marks. This is not the case in reality. My conversations with other researchers and other clinicians, and my patients’ intake information and follow up calls to them show that most PCR results report a false negative with tick and flea borne infections. Therefore, while I suspect the PCR test for FL1953 is “good,” I do not have an opinion on the percentage of patients positive for FL1953 who would be detected. I must be frank about my bias. Unless you are able to cause infection debris to be very high before the test, I feel it is not worth the money unless you are affluent. PCR is likely a very good test, as long as you do not conclude that a negative result means your obviously positive smear is worthless. Just as Babesia and Bartonella have many species, might not there be another cousin of FL1953 that is also a super biofilm maker?

So my opinion is that it would be unwise to reject an enriched-stain blood smear that shows positive for FL1953 Protomyxzoa.


What is Important in The Stains Below?

branch.psd

a: A white blood cell that fights infections and which is larger than the smaller red blood cells .

Fluorescent & Enrichment Stains (Advanced Stain Test)

DETECTED (FEW) - Few biofilm community-like structures and/or organisms were observed using a fluorescent DNA staining technology or Giemsa using enrichment via centrifugation. These findings are suggestive of an unspecified infectious and/or parasitic disease. The magnification is listed on the image above.


branch2.psd

b: The black ovals or circles are red blood cells. These are 6-8 microns in size. These cells help to anchor you to get a general sense of the size of other things.

The larger white cells are actually vivid white in this preparation in the images. In other stain preparations they are not obviously white. The white cell is 8-18 microns or about 12 microns on average, which is much larger then the plentiful red cells (RBC).

Fluorescent & Enrichment Stains (Advanced Stain Test)

DETECTED (FEW) - Few biofilm community-like structures and/or organisms were observed using a fluorescent DNA staining technology or Giemsa using enrichment via centrifugation. These findings are suggestive of an unspecified infectious and/or parasitic disease. The magnification is listed on the image above.


branch3.psd

c: The size of this blob is massive when compared to cells of known size. I would think it is at least 100x larger than a red blood cell.

Note the profound complexity of the thread-like parts with twisting and U directional movement, and some dive down into the large biofilm. Amazingly this has DNA, protein, complex sugars and even lipids or fat! And it seems everything but household pets get caught up in this material, which prevents death of microbes within it from exposure to synthetic or natural antibiotic agents.

Fluorescent & Enrichment Stains (Advanced Stain Test)

DETECTED (FEW) - Few biofilm community-like structures and/or organisms were observed using a fluorescent DNA staining technology or Giemsa using enrichment via centrifugation.


cahill.psd

a: This up and down twisting shape is a biofilm made by FL1953. It may be broken off of a larger one, or one made by FL1953.

One concern is that clinicians who do not study full-time, but see patients full-time, have no time to find new medical information themselves. If 1/1000 physicians knew about this infection, I would be very surprised. So 99.9% of smart physicians have no idea this exists, do not realize the CDC said it was not malaria or Babesia, but an unknown protozoan. They also do not know it has been DNA sequenced and proven a very unique protozoan that makes massive biofilm material. So let’s imagine someone has a biofilm related infection, since most bacteria are in colonies, not floating as orphans. Can you imagine the failure of treatment if their infection or infections lived within this blob? Or this blob maker was one of their infections with a couple others.

DETECTED (FEW) - Few biofilm community-like structures and/or organisms were observed using a fluorescent DNA staining technology or Giemsa using enrichment via centrifugation.


cahill2.psd

b: A white blood cell is supposed to kill infections. What chance does the WBC “b” have against this huge single-celled parasite slime maker shown in the many images in this collection?

c: The small black clusters of circles are red blood cells.

DETECTED (FEW) - Few biofilm community-like structures and/or organisms.


guanci-rbc.psd

1: Please note the very dense red blood cells that are fairly large in number.


guanci.psd

2:  Look at the open center of the slide. That is not space without substance or only blood fluid. It is a massive biofilm, perhaps 500x the size of a red blood cell.

DETECTED (FEW) - Few biofilm community-like structures and/or organisms were observed.


savastana.psd

Please note the density of this biofilm ranges from a lace pattern (1) to profoundly dense organic matter (2) and (3). This type of image shown in (2) and (3) makes it obvious that any treatment for this biofilm’s dense parts or any type of thick/complex biofilm needs to be handled with an agent or agents with profound abilities to penetrate this complexity. Most current treatments in alternative, functional and traditional medicine do not have the ability of defeating this complex thick film. We feel we have solution that work.


savastana2.psd

Few (5-10 organisms per total fields observed) coccobacilli [oval bacteria] adherent to erythrocytes—indicated by arrow labeled “b.” This is suggestive of epierythrocytic bacteria or an unspecified infectious and/or parasitic disease. Substantial biofilm community-like structures were observed. Visible structures suspicious for protozoan embedded in biofilm communities, indicated by arrow labeled “a.”


syriana.psd

You should note this stunning sheet-like biofilm. Looking at the distance between “a” and “c,” where a profound curve or opening exists, the distance is amazing—perhaps about twenty RBCs lined end to end. Throughout this column of biofilm one sees over sixty very small white dots. While these could be bacteria, we are not certain. Note white blood cells at “d.”

DETECTED (SUBSTANTIAL) - A substantial level of biofilm community-like structures and/or organisms were observed.


biofilm-edited-2013-06-27.psd

a: This large biofilm mass is so large that the blood sample is only mildly magnified. (This is clear because the RBCs are very tiny). Your blood vessels are roughly 100 miles long. Even a child has over 50 miles of blood vessels. And the only way you stay alive is that your cells are fed by oxygen and glucose, carried through miles of these tiny capillaries, which are so thin that red blood cells can only pass through in single file. Can you imagine this biofilm with its apparent immense complexity entering modest sized blood vessels that feed the brain, heart, kidneys, liver, face, hands and feet?


snyder.psd

Note arrows indicating white blood cells (WBC). FL1953d slime is vastly complex with a wide range of parts, and which could also hide safely a range of other infections. In reading the routine proposals in traditional and alternative medicine for biofilm treatment, it is limited.

Simply, I am doing a biofilms solution book because we need a better one with solutions only. Biofilm infections are not rare. They are the norm. Nevertheless, smart people are offering very limited treatment options. Some offer an enzyme that only undermines proteins, but FL1953 also has complex sugars and even fat. It also assumes many enzymes will act as a key to destroy the protein components of FL1953, Lyme’s complex biofilm, and the biofilms of hundreds of diseases. Traditional physicians also are trying sincerely, but when they offer options such as stronger and different synthetic drugs or silver coated catheters, they miss the obvious. Traditional physicians know that these drugs will eventually no longer be able to deter biofilms, since they think about resistance in highly infected hospitals where antibiotics flow like a powerful river into the sickest people in society.

DETECTED (FEW) - Few biofilm community-like structures and/or organisms were observed.


Carefully Selected and Designed Probes for only Babesia Microti
and Babesia Duncani. No Probe is here for FL1953.

Page90-1.tif

What is curious here? Perhaps the vast number of shapes in these Babesia forms.


Page91-1.tif

This second sample from IGeneX lab shows profound diversity of two very specific species of Babesia. The CDC and other Departments of Health gave me many free images, but none are as diverse as this masterpiece in soberness. This lab has been virtually perfect on Lyme Western Blots in 5 positive and negative samples every 4 months for ten years. Further, like FL1953 Lyme that is not quickly treated after first bite often has a very complex biofilm according to Professor Eva Sapi, PhD.

The source of FL1953 is possibly ticks, fleas, mosquitos, other biting insects, pets, blood, or an infected birth mother, which is never mere Lyme disease, if one is sober and educated in 2013.

My suggestion is some who are physicians excessively certain of Lyme’s removal in four weeks, to consider an injection with Lyme [Bb]. And if they are negative by their diagnostic approach they do not get treated. How many magical about cure in four weeks would risk it. Based on a devastating study by Florida research scientist and tick expert, K.Clark? Ph.D., very clear and ill patients were found to be fully positive for Lyme disease using advanced DNA testing published in July 2013. However, 90% were missed using the routine simplistic approach in USA and many other countries. These suffering people were tested by the ELISA followed by a simplified WESTERN BLOT KIT, which is called the “two-tiered” approach. So for 90% this approach is a disaster, especially for those ill for over a year—one was ill 27 years. By the way, this researcher does not have the massive conflicts of interest discussed in detail in the law and medical article “Cure Unknown.” [The Clark article is found in the Int. J. Med. Sci. 2013, Vol. 10].

Images of FL1953 or Protomyxzoa Before Its Discovery

I would like to suggest that the non-targeted stain used in early years by Fry labs often detected FL1953 or Protomyxzoa, and that this protozoan tends to have more ring forms than Babesia. Of course this is only a proposal and not a certainly. You can see proposed samples in my Hematology book of 2008, which has images going back to at least 2005. I have pulled “Babesia” looking rings from page 157, 160-162, 165-167 and 171 before Protomyxzoa rheumatica was identified. See book free at: http://www.personalconsult.com/free/books.html. See these possible FL1953 samples years before they were clearly identified as a new single celled parasite. Notice also the removal of color inside the ring consistent with the use of iron.


Page157-2.tif

a: This tiny round or oval infection is likely one of many possible Bartonella-like oval bacteria in this slide.

b:  A routine standard trophozoite protozoan or possibly FL1953 ring stage which is presented in this manner in over 20 source textbooks, journals or parasite slide collections on my website and Amazon.com.


Page160-1.tif

Please note that “2” and “3” in the left lower corner have very vivid rings and the center is white or becoming white. This is not Babesia, it is Protomyxzoa or FL1953. This means before or during 2005 we were actually looking at an infection I personally feel is possibly more dangerous than Babesia, and Babesia in humans kills, and 100 years ago killed most of the cattle in the southern USA.


Page165-1.tif

The use of computer aided enlargement has made identification of Babesia much easier. This image is from an unmodified microscope smear. You can see many types of ring forms. This might be Protomyxzoa rheumatica.


Page171-1.psd

Please note the utterly white center inside the marked red blood cells.

These could be a false ring or artifact, or it might be FL1953. But note in the upper left RBC a darkened ring around the white center.


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