The blood survey produces video documentation of artifacts present in your living blood. See below for live examples.

These artifacts often evidence a spectrum of living creatures, which frequently interfere cellular metabolsim, contribute systemic toxins and disrupt health.

Results are returned by a web page, similar to the example below, which enables you and your health team to review the results. The goal is to enable your team to develop a strategy improve performance of your health plan. Awareness and knowledge are the key to effective action.

Remote Instructions

Local Instructions

The Blood Survey requries several steps:

1. Become a member of the Whole Health Research Alliance.
2. Complete the Physiology Survey and fax to 206-350-5055;
3. You will need to ask your doctor, or a lab to collect a blood sample into a red-top tube;
4. Purchase the Blood Survey Service;
5. Prepare to collect samples between Monday and Wednesday so we can review your sample fresh;;
6. Contact us, 970 372-4274, when you ship the sample with tracking information to arrive by Friday. See shipping Notes below.
7. We will email you a link to your results when they are ready, usually within 5 days;
8. Share the link with the members of your health team;
9. Use the links on the recommendation page to support your protocol.

Shipping Notes:

Overnight, by Fedex or United Parcel Service. Do not use the United States Postal Service, USPS. USPS has limitations on mailing liquids and biological materials.

To save time, before you arrive, please:

1. Become a member of the Whole Health Research Alliance
2. Print and complete the
   Health Questions Survey.
   Bring it with you on your visit.
3. Here is a link to mapquest query of our address.

Viewing this Sample Report

These images are videos in 720x480 flash format. They are published in maximum resolution to best illustrate details which may be useful for analysis. These slides are from a single individual presenting long-term undiagnosed health condition, with continuing neurological degeneration.

When the images appear, use your mouse over the video controls in the lower left corner of the images. Press the play button to review the video contents. Often, downloading these images takes time. If you want to review an artifact on a slow connection, start the video and then pause it. Starting the video initiates the streaming, which will buffer to your computer. Once buffered, you can review the video at normal speed.

Your report will include a similar page, including the appropriate artifacts from your blood sample.

Our analysis technique enables us to record the development of many types of intra-cellular organisms, typically not visible by normal live blood analysis.

Blood Artifacts

Large pathogenic forms indicate potentially advanced pathogenisis. Note the collapsed red blood cells near the low end of the artifiact inciating extreme toxicity near the "mouth". This artifact appears to be producing caustic toxins which cause poikilocytosis, and then appears to be consuming erythrocytes.

Cluster of three collapsed red blood cell, erythrocyte, cell membranes, suggest chronic vitamin deficiency, likely B-12 deficiency.

This large artifact suggests development of advanced pathogens and is a probable contributor to any diseases which exist. Appearance of the oval artifact near the apparent center suggests that this organism is evolving into a bacterial form with a cell membrane. Advanced forms are more pathogenic.

Development of fibers on the slide suggest long term protein metabolism dysfunction.

Appearance of similar artifacts within the same tiny field of view suggest very high populations of this species. The probability that this species is a factor in present or future diseases or symptoms is very high.

The lower central area of this slide shows two blood cells, a smaller and a larger. Appearance of macrocytes and microcytes suggests long term Vitamin deficiency, with long term shortage of B vitamins. Systemic indications for nutrient deficiency do not always mean that dietary intake is insufficient. Often digesive dysfunction often prevents absorption of nutrients, resulting in deficiency in spite of adequate intake..

Parasitic Artifact. The shock wave about 4 seconds into the video indicates that a cellular parasite exited a cell elsewhere on the slide. The snap-back of the cell membrane to close the hole created creates a shock-wave which traverses the slide indicating parasitic activity on the sample. Cellular parasites, are often cofactors in disease. They inhabit erythrocytes, as well as other cells, and interfere with cellular metabolism many different ways.

Exiting Parasite-1.

Lesion on erythrocyte, heading down-right in the center to lower-right corner of screen, suggests inhabitation by a pathogen. Note the ability of the pathogen to distend the cell membrane. This artifact suggests babesia. Similar artifacts have been seen to move from one erythrocyte to another without entering serum.

Erythrocyte in left uppercenter of slide shows three internal black dot artifacts. Each black dot suggests an internal artifact is creating a electromagnetic field depression in the surface of the cell. Multiple artifacts in the same cell suggest proliferation. Each black dot suggests that the erythrocyte is inhabited by a parasite.

Erythrocyte in lower right corner shows interior black dot also. Multiple parasitized erythrocytes suggest a high level of parasitism throughout the body. At least five erythrocytes in this frame show evidence of internal parasites. Since there are only 26 in the view, this suggests that at 20% or more of the blood cells are carry pathogenic organisms.

Double white dot suggests multiple organisms inhabit this cell. This particular artifact is commonly observed in individuals with malignancy.

This triangular organism in the upper center of the view has been observed creating a shockwave across the slide on exit. It is commonly observed with individuals with Parkinsons diagnosis.

The erythrocyte in the lower center of the slide remains close to a bulb artifact. This bulbed artifact morphologically resembles a bacteria form. It is possible that the artifact is engaging in reproductive activity to utilize the erythrocyte as a host for it's offspring. Note the irregularity in the cell membrane of the erythrocyte, suggesting that it is already damaged, or infested.

This view shows the relative percentage of infested erythrocytes. This image, showing at least five infested erythrocytes, suggests that the systemic pathogen load is extreme, and is a probable significant cofactor in any diseases or symptoms which may exist.

Note the appearance, lower left center, of an erythrocyte with a lesion, suggesting a infestation with at least three different species of cellular pathogens, causing black dots, white dots, and lesions, respectively.,

Uric Acid Crystals or cholesterol indicate some debris accumulation. Not acute.