Dr' Julie A' Wilczynski, N'D', C'N'C', C'N'H', I', C'M', C'P'T', E'F'T' - PowerPoint PPT Presentation

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Dr' Julie A' Wilczynski, N'D', C'N'C', C'N'H', I', C'M', C'P'T', E'F'T'

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Viewing live blood under a microscope is probably as old ... Bechamp worked on silkworm diseases, identifying one as due to a parasite ~ causing the disease. ... – PowerPoint PPT presentation

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Title: Dr' Julie A' Wilczynski, N'D', C'N'C', C'N'H', I', C'M', C'P'T', E'F'T'


1
Our Special Garden Nutrition, Fitness Natural
Health Educating You Today for a Healthier
Tomorrow www.ourspecialgarden.biz
Live Blood Cell Analysis A Reflection of Who You
Are
  • Dr. Julie A. Wilczynski, N.D., C.N.C., C.N.H.,
    I., C.M., C.P.T., E.F.T.
  • Traditional Naturopath
  • Certified Nutritional Consultant
  • Counselor of Natural Health
  • Certified Iridologist
  • Certified Live Blood Technician
  • Certified Personal Trainer

2
Live Blood Cell AnalysisA Brief History
  • Viewing live blood under a microscope is probably
    as old as the microscope itself.

3
Live Blood Cell AnalysisA Brief History
  • It was the work of European scientists Dr.
    Antoine Bechamp and Dr. Gunther Enderlein in the
    mid-19th and early 20th centuries that would
    advance the use of the microscope, challenge the
    medical establishment of the day and propose new
    ways of interpreting what was being viewed in
    blood.

4
Live Blood Cell AnalysisA Brief History
  • Dr. Antoine Bechamp

Contribution to science Bechamp worked on
silkworm diseases, identifying one as due to a
parasite causing the disease. Bechamp
maintained a theory that bacteria change form
and are not the cause of, but the result of,
disease, arising from tissues rather than from a
germ.
5
Live Blood Cell AnalysisA Brief History
  • Dr. Gunther Enderlein

Medical Pioneer Dr. Gunther Enderlein, the
imposing gentleman in the picture at left,
originally developed darkfield blood analysis.
When examined under the microscope, healthy
people showed healthy blood and sick people
tended to show disturbances that were clearly
related to the nature of their illness.
6
Live Blood Cell AnalysisA Brief History
  • The following pictures compare a view of live
    blood cells seen through a phase contrast
    microscope with the identical cells seen through
    a darkfield microscope.

7
Live Blood Cell AnalysisBlood Basics
  • Blood is the fluid that circulates through the
    heart, arteries, capillaries, and veins.
  • It is the chief means of transport within the
    body. It transports oxygen from the lungs to the
    tissues, and carbon dioxide from the tissues to
    the lungs. It transports nutritive substances and
    metabolites to the tissues and removes waste
    products to the kidneys and other organs of
    excretion.
  • It has an essential role in the maintenance of
    fluid balance.

8
Live Blood Cell AnalysisBlood Basics
  • Blood varies in color from an oxygenated bright
    red in the arteries to a duller red in the veins.
  • The total quantity of blood within an individual
    depends upon the body weight.
  • A person who weighs 150 lbs. has about 5 quarts
    of blood in the body.

9
Live Blood Cell AnalysisBlood Basics
  • Plasma accounts for about 55 percent of the total
    volume of the blood.
  • It consists of about 92 percent water, 7 percent
    proteins, and less than 1 percent inorganic
    salts, organic substances other than proteins,
    dissolved gasses, hormones, antibodies, and
    enzymes.

10
Live Blood Cell AnalysisBlood Basics
  • Red blood cells originate in the red bone marrow
    and are stored in the spleen which acts as a
    reservoir for the blood system.
  • The average red cell has a life of 110 to 120
    days. Aged red cells are ingested by macrophages
    in the spleen and liver. The iron is reclaimed
    from the dead red cells and then transported by
    the plasma back to the marrow where it is
    incorporated into new red cells.
  • The great majority of the cells in the blood are
    red blood cells.

11
Live Blood Cell AnalysisBlood Basics
  • Leukocytes (white blood cells) originate in the
    bone marrow and lymph tissue. White blood cells
    are actively engaged in the destruction or
    neutralization of invading micro-organisms and
    are then transported to sites of infection and
    inflammation. For this reason, their life span in
    the blood in usually very short (up to 14 days).
    When infection is present their number are
    greatly increased and they also become more
    mobile and move back and forth between the blood,
    lymph, and tissues.

12
Live Blood Cell AnalysisBlood Basics
  • White blood cells come in various shapes and
    sizes
  • Granular appearing white cells are known as
    Neutrophils, which make up about two thirds of
    all white blood cells Eosinophils which make up
    about 2 to 4 percent of the white cell count and
    Basophils - which make up less than 0.5 per cent
    of the white cell count.

13
Live Blood Cell AnalysisBlood Basics
  • White blood cells come in various shapes and
    sizes
  • Non-granular appearing white cells are known as
    Lymphocytes. These are the natural killer cells
    and make up about 25-30 of all white blood
    cells. Two types of lymphocytes T's and B's are
    involved in immunity.

14
Live Blood Cell Analysisphenomena observed
  • The blood used for observation under the
    microscope is simple capillary blood, expelled
    from the finger through a simple finger stick.
    The blood is allowed to come out on its own and
    is quickly placed on a slide with a cover slip.
  • The faster live blood degenerates on a microscope
    slide, the faster the person is aging and
    degenerating internally.

15
Live Blood Cell Analysisphenomena observed
  • The red cells are predominately uniform in size
    and shape and appear as round circles on a gray
    background.
  • The center of the cells are lightened somewhat
    and slightly off white in color.
  • They reside freely in their own space, not
    overlapping or sticking together, but gently
    bouncing off each other.

16
Live Blood Cell Analysisphenomena observed
  • The white cells (neutrophils) are about as large
    as two red cells and have a rather grainy
    appearance with 3 to 4 dark, irregularly shaped
    lobes inside the cell.
  • Rather than being round, they display many
    different shapes and are active and moving.
  • In normal blood there are about 700 to 900 red
    cells to every white cell.

17
Live Blood Cell Analysisphenomena observed
  • MACROCYTES - MICROCYTES RBCs larger or smaller
    than normal.
  • SUGGESTED CAUSE improper vitamin/mineral
    absorption. Low iron, low B12, poor digestion/HCL
    deficiency fat soluble vitamins AE not being
    absorbed. Lack of friendly intestinal bacteria.
  • POSSIBLE SIGNS inability of RBCs to carry
    oxygen shortness of breath, fatigue, light
    headedness. Bone problems, osteoporosis.

18
Live Blood Cell Analysisphenomena observed
  • RBC PROTEIN LINKAGE Lemon shaped RBCs.
  • SUGGESTED CAUSE Poor digestion. The pancreas may
    be off. Eating too much animal protein. Blood too
    toxic (altered blood pH) from stress, coffee,
    cigarettes, meat, toxins, etc.
  • POSSIBLE SIGNS Some fatigue RBCs cannot carry
    oxygen adequately.

19
Live Blood Cell Analysisphenomena observed
  • RBC ROULEAU - Stacked RBC's. protein linkage.
  • SUGGESTED CAUSE Same as previous page, protein
    linkage. Often poor protein digestion. The
    pancreas may be off. Excess dietary protein, poor
    assimilation. Eating too much animal protein.
    Blood too toxic (altered blood pH) from stress,
    coffee, cigarettes, meat, etc. Dehydration, not
    drinking enough water (which by the way, is one
    of the top undiagnosed causes of many ailments).
  • POSSIBLE SIGNS Fatigue, shortness of breath -
    RBC's cannot carry oxygen stress on heart. Cold
    hands/feet - poor circulation.

20
Live Blood Cell Analysisphenomena observed
  • ECHINOCYTES burred, spiked with regularity 1
    normal
  • SUGGESTED CAUSE excess prescription drugs,
    street drugs, free radical damage, toxins,
    alcohol, lack of good nutrients in diet.
  • POSSIBLE SIGNS poor circulation, low energy,
    degenerative disease.
  • ACANTHOCYTES burred, spiked irregular
  • SUGGESTED CAUSE malfunction of the liver and
    spleen which contribute to cell membrane
    maintenance.

21
Live Blood Cell Analysisphenomena observed
  • SHADOW CELLS Round shadowy circles the same
    size as red blood cells
  • SUGGESTED CAUSE RBCs that have deflated in the
    blood serum while on the specimen slide. You can
    often see the rbcs simply go poof, like their
    lights were just turned off. The more shadow
    cells you see in the blood, the more oxidized the
    blood oxidization rust.
  • POSSIBLE SIGNS Fatigue, shortness of breath -
    RBC's cannot carry oxygen

22
Live Blood Cell Analysisphenomena observed
  • FILIT FORMATIONS Straight, hair-like formations
    that look like pick-up sticks in the plasma
    fluid.
  • SUGGESTED CAUSE Toxicity/liver stress/congestion
    and associated toxic bowel are suspected.
    Plugged, dirty bowel, bowel pH off. Maldigestion
    and/or bacterial overgrowth. Impacted fecal
    matter.
  • POSSIBLE SIGNS Constipation, indigestion,
    heartburn, bloating, gas, flatulence, fatigue,
    headaches, backaches.

23
Live Blood Cell Analysisphenomena observed
  • THECITS biological marker for yeast overgrowth
    Candida Albicans
  • SUGGESTED CAUSE Leaky gut from yeast or other
    intestinal parasite activity. Pancreas off.
    Consuming antibiotics, cholorinated tap water,
    cortisone, prednisone, steroids, birth control
    pills all lower friendly intestinal bacteria. Too
    much sugar.
  • POSSIBLE SIGNS Fatigue, food cravings, bad
    breath, bladder infections, acne, sugar
    intolerance, hypoglycemic, degenerative disease
    indications.

24
Live Blood Cell Analysisphenomena observed
  • PROTOPLAST COLLOID SYMPLAST cell without a
    nucleus
  • STANDARD HEMATOLOGY much is still not known,
    said to be bacterial parasite, producing toxic
    by-products indicates body is toxic and
    physically run down can invade tissues. Viral in
    origin, related with infectious disease and/or
    L-form bacteria.
  • SUGGESTED CAUSE pH off, low oxygenation, immune
    system comprimised, degenerative disease
    implications
  • POSSIBLE SIGNS Fatigue, immune weakness,
    possible degenerateive disease indications

25
Live Blood Cell Analysisphenomena observed
  • PTEROHARPS shadowy form, butterfly wings
  • SUGGESTED CAUSE Blood pH off, low oxygenation,
    leaky gut, inactive friendly intestinal bacteria.
    Antibiotic therapy. High blood sugar.
  • POSSIBLE SIGNS Fatigue, and 100 other things

26
Live Blood Cell Analysisphenomena observed
  • BACTERIAL FORMS Single, double, barbell shapes,
    rod forms
  • SUGGESTED CAUSE large number indicate a
    condition which is favorable to increased
    bacterial populations. Presence can lead to
    systemic infection.
  • POSSIBLE SIGNS immune insuficiency and weakness,
    weakened condition leads to long healing time

27
Live Blood Cell Analysisphenomena observed
  • PARASITIZED ERYTHROCYTES infected by bacterial
    forms.
  • SUGGESTED CAUSE Primary endobiotic parasites,
    internal terrain is off and unsupportive for
    optimal biological function.
  • POSSIBLE SIGNS Anemia, tired, low energy,
    fatigue, possible degenerative diseases.

28
Live Blood Cell Analysisphenomena observed
  • CRYSTAL FORMATIONS Trapezoidal shapes
  • SUGGESTED CAUSE Poor digestion of fats, low on
    unsaturated fatty acids. Good sign if chelating
    which would mean chelating agents are working.
  • POSSIBLE SIGNS BP elevated, pain after fatty
    meals
  • Broken Glass
  • SUGGESTED CAUSE triglycerides, artherosclerotic
    plaque.
  • POSSIBLE SIGNS poor digestion of fats

29
Live Blood Cell Analysisphenomena observed
  • CRYSTAL FORMATIONS yellow, orange, red
    crystals.
  • SUGGESTED CAUSE Toxicity, abundance of uric
    acid. Inability to balance internal pH. Not
    ingesting abundant amounts of green foods, raw
    foods, or not drinking adequate amounts of water.
    Improper digestion, lack of HCL. Mineral reserves
    (alkaline reserve) depleted.
  • POSSIBLE SIGNS Gout, Achy joints and achy
    muscles, arthritis, degeneration in bone health,
    bacteria, autoimmune disease lupus, MS, MG, Lou
    Gerhigs

30
Live Blood Cell Analysis
  • HEALTHY BLOOD CELLS Your blood is a reflection
    of who you are and how healthy you are.
  • Live blood cell analysis is QUALATITIVE, not
    QUANTITIVE.
  • We are looking at the QUALITY of your cells, not
    spending time counting your cells.
  • With proper attention to diet, detoxification,
    support of relaxation, and hydration we can
    facilitate positive change in your blood, which
    will be represented in how you feel every day!

31
Thank You!
Our Special Garden Nutrition, Fitness Natural
Health Educating You Today for a Healthier
Tomorrow www.ourspecialgarden.biz
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