Download HIV/AIDS - Artec Inc.

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project

Document related concepts

Immune system wikipedia , lookup

Phagocyte wikipedia , lookup

Molecular mimicry wikipedia , lookup

Psychoneuroimmunology wikipedia , lookup

T cell wikipedia , lookup

Lymphopoiesis wikipedia , lookup

Adaptive immune system wikipedia , lookup

Polyclonal B cell response wikipedia , lookup

Immunomics wikipedia , lookup

Cancer immunotherapy wikipedia , lookup

Innate immune system wikipedia , lookup

Adoptive cell transfer wikipedia , lookup

Transcript
How Tubercin™/Welme™ works with the immune system to fight cancer & HIV/AIDS
Start living. Stop suffering.
TUBERCIN™/Welme™ is an immune system stimulant derived from an extract of human tuberculosis bacteria. It activates mass
production of T cells in the human immune system, binding them together in the blood system and enabling the body to fight
Rev. 03/04/10 add HIV/AIDS on cancer cell
disease. The monosaccharides from which TUBERCIN™/Welme™ is derived constitute T cell activation and its unique bonding
properties.
No.
2
No.
1
TUBERCIN™/Welme™
Arabinomannan Oligosaccaride molecule
derived by patented protocol from
Tuberculosis Bacterium strain.
TUBERCIN™/Welme™ is a mixture of
low molecular-weight that causes
no adverse side effects.
How a Virus Attacks
A Healthy Cell
White Blood Cells (Macrophage)
White blood cells circulate in the blood system, immunosurveilling, identifying non-self cells and cellular
debris. When devouring takes place, white blood cells churn out a strong chemical signal in the form of
Cytokines, such as Interleukin (IL). IL in turn stimulates the immune system to massively produce the
T cells. This is called “cell mediated immunity response”, which does not involve antibodies. TUBERCIN™/
Welme™, each antigens, are uniquely engulfed by white blood cells without being destroyed, serving as
accessory molecules.
viral
genome
Attachment
CELL
No.
3
Lymph nodes
{
Mannan saccharide chain
The side “Arabino” saccharide chain
is the site where immunochemical
activities occur.
TUBERCIN™/Welme™ is
an immunostimulant that
activates the immune system,
enabling it to recognize and
destroy cancer cells.
T Cells
5
TUBERCIN /Welme and
T Cells
™
™
The cancer cell is then destroyed by the sheer number of
attaching T cells and white blood cells, that ultimately
engulf these cancer cells or what remain of attached T cells.
Penetration
Prophage
Formation
prophage
4
Immunocompetent Cells (T cells)
™
TUBERCIN Welme functions to
unify T cells, creating an army which
surrounds, attacks and kills specific cells,
including those infected by a virus or one of
a foreign, cancerous nature.
™/
The lymphatic system and
blood system closely parallel
each other throughout the
body. Cells and fluids are
exchanged between them,
enabling the lymphatic system
to monitor the body of
invading microbes.
Entry
No.
HIV/AIDS &
Cancer Cells
No.
Lymph nodes have tiny blood
vessels connected to the blood
stream, allowing T cells to enter
into the blood system.
T Cells
TUBERCIN™/Welme™ transforms the
T cells, strengthening and enabling them
to bind to the T cell receptor. This
process aids in maintaining cohesion
between the T cells, further increasing
their ability to attack the cancer cell.
These T cells proliferate in the lymph nodes.
T cells are characteristic to a specific antigen,
recognizing Major Histocompatability Complex
(MHC) molecules (self molecules), TUBERCIN™/
Welme™, as accessory molecules, that assist as:
1. Activation Molecule acts as a catalyst in transducing
signals and a chemical response which leads to T cell activation.
2. Adhesion Molecule aids to bind T cells together as well as to
antigen-presenting cells (non-self).
Replication
Maturation
Release
©2009 ARTEC, Inc.™
© 2009 ARTEC, Inc.™