• VEGF (VASCULAR ENDOTELIAL GROWTH FACTOR)
• A POTENT INDUCTOR IN THE FORMATION OF BLOOD VESSELS DURING THE EMBRYONIC DEVELOPING (VASCULOGÉNESIS) AND IN THE FORMATION OF NEW BLOOD VESELS IN THE ADULT (ANGIOGENESIS).
• PROMOTES ANGIOGENESIS IN THE PROCESSES OF CRONIC INFLAMMATION, SCARING AND TUMORS
• IT ALSO REGULATES THE FORMATION OF NEW BLOOD VESSELS IN PATHOLOGIES LIKE REUMATHOID ARTHRITIS, OSTEOARTHRITIS, DIABETES AND MACULAR DEGENERATION RELATED TO AGING.
• HIGH LEVELS OF THIS FACTOR ARE RELATED TO THE POEMS SINDROME (POLI-NEUROPATHY, ORGANOMEGALY, ENDOCRINOPATHY, M PROTEIN, SKIN CHANGES). IT IS ALSO A MARKER FOR THERAPY RESPONSE.
• VEGF IS ALSO IMPORTANT IN DIABETIC RETINOPATHY.
• VEGF IS RELATED TO A POOR PROGNOSIS IN CANCER.

• FGF (FIBROBLAST GROWTH FACTOR)
• GROTH FACTOR WHICH INCREASES THE RANGE OF MITOSIS ACTIVITY AND DNA SYNTHESIS, EASING THE PROLIFERATION FOR DIFERENT PRECURSOR CELLS, SUCH AS CHONDROBLAST, COLLAGENBLAST, OSTEOBLAST, ETC., WHICH FORM FIBER, UNION AND SUPPORT TISSUES IN THE BODY
• THIS FACTOR IS RELATED TO TUMORAL ANFIOFENESIS IN ONCOGENIC PROCESSES.
• FGF CONTRIBUTE TO DIFFERENT TYPES OF RESPONSES, LIKE CICATRIZATION OF WOUNDS, HEMATOPOYESIS, ANGIOGENESIS OR EMBRYONIC DEVELOPMENT.

• BDNF (BRAIN-DERIVED NEUROTROPHIC FACTOR).
• IT’S A PROTEIN WHICH ACTS AS GROWTH FACTOR IN THE FAMILY OF NEUROTROPHINS ASSOCIATED TO NERVOUS GROWTH FAVTOR (NGF)
• THESE NEUROTROPHINS ARE LOCATED INT HE BRAIN AND PERIPHEREAL TISSUE.
• BDNF IS A POLIPEPTIDIC FACTOR THAT BONDS AND ACTIVATES THE TYROSINE KINASE RECEPTOR TRKB. IT IS IMPORTANT TO THE MOTOR NEURONS SURVIVAL AND THE HIPPOCAMPUS.
• IMPORTANT MARKER FOR NEUROLOGICAL STRESS.
• HAS AN IMPORTANT ROLE IN PLASTICITY PROCESSES AND NERVOUS SYSTEM DEVELOPING.

• GRANZIMES ARE A FAMILY OF SERINE PROTEASES, CONTAINED IN THE CYTOTOXIC GRANULES AND NATURAL KILLER CELLS (NK) IN INNATE AND ADAPTATIVE IMMUNITY.
• IT’S MAIN ROLE IS TO INDUCE CELL DEATH, TO ELIMINATE CELLS INFECTED WITH VIRUSES AND TUMORAL CELLS.
• THEY SEEM TO ALSO HAVE A ROLE IN THE REGULATION OF IMMUNE RESPONSE – CONTROLING THE SURVIVAL OF ACTIVATED T LYMPHOCITES-
• THEY MAY INDUCE INFLAMMATION OVER EXTRACELULAR SUSTRATES.
• GRANZIME A CAN BE FOUND ON HIGH LEVELS IN PATIENTS WITH INFECTIOUS DESEASES AND/OR PRO-INFLAMMATORY STAGES.

• GRANZIME B
• CAN CREATE AUTO-ANTIGENS AND CAUSE AUTOIMMUNE DISEASES
• THE DESTRUCTION OF B CELLS IN THE PANCREATIC ISLETS IS MEDIATED BY T LYMPHOCITES AND GRANZIME B, WHICH CONTRIBUTE TU TYPE 1 DIABETES.
• MAY MEDIATE CELL DEATH AFTER A SPINAL CORD INJURY
• IT IS FOUND IN HIGH LEVELS IN RHEUMATOID ARTHRITIS, COPD AND ASTHMA.
• GRANZYME B MAY ALSO KILL MELANOCITES, CAUSING SKIN CONDITIONS (CONTACT DERMATITIS, SCLEROTIC LICHEN AND LICHEN PLANE, AND HAIR LOSS!

• IL-1Β.
• PROINFLAMMATORY, PYROGENIC AND ACTIVATOR OF HELPER CELLS
• INDUCED BY LIBERATION OF HISTAMINE FROM MASTOCITES, CAUSING VASODILATION AND LOCAL INFLAMMATION SIGNS.
• CHEMOTACTIC ACTIVITY OVER GRANULOCITES: NEUTROPHILES, EOSINOPHILS AND BASOPHILS.
• PYROGENIC EFFECT, CAUSING FEVER DUE TO RELEASE OF PROSTAGLANDINES. ALING IL-6, CAUSES RISING OF HEPATIC PROTEINS OF ACCUTE PHASE (I.E. FIBRINOGEN AND C REATIVE PROTEIN)
• ACTS OVER THE CENTRAL NERVOUS SYSTEM, INDUCING SLEEP AND ANOREXIA

• IFN-Γ THE GAMMA INTERFERON
• A TYPE OF CYTOKIN PRODUCED BY T CD4+ LYMPHOCITES AND NATURAL KILLERS (NK), WHOSE MOST IMPORTANT FUNCTION IS: ACTIVATION OF MACROPHAGES, WITH INCREASE ON THEIR PHACOGYTIC ABILITY, IN BOTH INNATE AND ADAPTATIVE IMMUNITARY RESPONSES
• INTERVENES IN RECRUITING MONOCYTES FROM CIRCULATION
• POWERFUL ANTIMICROBIAL ACTIVITY
• STIMULATES CD8 LYMPHOCITES AND NK TOWARDS INFECTED CELLS

• TNF-Α (TUMORAL NECROSIS FACTOR ALPHA)
• CELLULAR SIGNALING PROTEIN (CYTOKINE), INVOLVED IN ACCUTE PHASE SYSTEMATICAL INFLAMMATION
• PRODUCED BY ACTIVATED MACROPHAGES AND MANY OTHER TYPS OF CELLS (CD4+ LYMPHOCITES, NK CELLS, NEUTROPHILES, MASTOCITES, EOSINOPHILS AND NEURONS)
• IT’S MAIN FUNCTION IS REGULATING CELLS IN CHARGE OF IL-1 & IL-6 PRODUCTION.
• TNF, AS AN ENDOGENOUS PYROGEN, IS CAPABLE OF INDUCING FEVER, CELL DEATH, PRO-APOPTOSIS, CAQUEXIA, INFLAMMATION AND INHIBIT TUMORAL GENESIS, VIRAL REPLICATION AND RESPOND TO SEPSIS THROUGH T CELLS.
• THE LACK OF REGULATION OF TNF PRODUCTION HAS BEEN INVOLVED WITH A VARIETY OF HUMAN CONDITIONS, INCLUDING ALZHEIMER’S, CANCER, MAJOR DEPRESSION, PSORIASIS AND INFLAMMATORY BOWEL DISEASE (IBD).

• IL-4 (INTERLEUKIN 4)
• GLUCOPROTEIN CYTOKIN
• PRODUCED BY Th2 CELLS, BASOPHILS, MASTOCYTES AND ACTIVATED EOSINOPHILS (CELLS INVOLVED IN ALLERGIC REACTIONS)
• INFLAMMATORY REACTION WHEN BLOCKING IL-1, TNF ALPHA, IL-6 AND MACROPHAGES INFLAMMATORY PROTEIN SYNTHESIS.
• INVOLVED IN THE REGULATION OF THE IMMUNE SYSTEM
• PROMOTES THE DIFFERENTIATION IN Th2 AND DIFFERENTIATION OF B LYMPHOCITES.
• INHIBITS APOPTOSIS.
• IMPORTANT ROLE IN ASTHMA, ATOPIC DERMATITIS AND ANAPHYLAXIS.
•  

• IL-4 (INTERLEUKIN 4)
• GLOCUPROTEIN CYTOKIN
• PRODUCED BY Th2 CELLS, BASOPHILS, MASTOCYTES AND ACTIVATED EOSINOPHILS (CELLS INVOLVED IN ALLERGIC REACTIONS)
• INFLAMMATORY ACTIVITY WHEN BLOCKING IL-1, TNF ALPHA, IL-6 AND MACROPHAGES INFLAMMATORY PROTEIN SYNTHESIS.
• INVOLVED IN REGULATION OF THE IMMUNE SYSTEM
• PROMOTES DIFFERENTIATION IN Th2 AND DIFFERENTIATION OF B LYMPHOCITES
• INHIBITS APOPTOSIS
• IMPORTANT ROLE IN ASTHMA, ATOPIC DERMATITIS AN ANAPHYLAXIS
• IL-6 (INTERLEUKIN-6)
• GLUCOPROTEÍN RELEASED FROM MACROPHAGES, T CELLS, ENDOTELIAL CELLS AND FIBROBLASTS.
• ITS RELEASE IS INDUCED BY IL-1 AND INCREASES IN RESPONSE TO TNF ALPHA.
• IT IS A CYTOKINE WITH ANTIINFLAMATORY AND PROINFLAMMATORY ACTIVITY. IN AUTOIMMUNITY AND/OR CRONIC INFLAMMATION,THEY GET WORSE. IT IS AN ENDOGENOUS PYROGEN WHICH STIMULATES THE ACTH PRODUCTION AT THE HYPOPHISIS.
• IT IS INVOLVED IN THE PRODUCTION OF IMMUNOGLOBULINS, DIFFERENTIATION BETIEN LYMPHOCITES B, ACTIVATES CYTOTOXIC T LYMPHOCYTES, PLASMA CELLS, MODULATES HEMATOPOYESIS AND IS RESPONSIBLE (ALONG IL-4) OF THE SYNTESIS OF ACCUTE PHASE PROTEINS IN ACCUTE HEPATIC PHASE, SPECIALY FIBRINOGEN.
• IL-6, ALONG IL-1, ACT AS ACCUTE PHASE INFLAMMATORY PROTEINS.
• IL-10 (INTERLEUKIN-10)
• PRODUCED BY REGULATOR T LYMPHOCITES, ALONG TGF-B
• ALSO KNOWN AS CYTOKIN SINTESIS INHIBITOR FACTOR (CSIF), CAPABLE OF INHIBITING PROINFLAMATORY CYTOKIN SYNTHESIS BY T LYMPHOCITES AND MACROPHAGES
• ANTIINFLAMMATORY AND IMMUNOREGULATOR PROPERTIES
• ITS PRESENCE HAS BEEN PROVED IN HUMAN ATEROSCLEROTIC PLATES, OBSERVING, IN EXPERIMENTAL STUDIES, THAT LOW LEVELS OF IL-10 FAVOR THE DEVELOPMENT OF MORE EXTENSE ATEROSCLEROTIC LEIONS AND, MORPHOLOGICALY, MORE UNSTABLE.
• IL-17 (INTERLEUKIN 17). FAMILY OF CYTOKINES PRODUCED BY COOPERATIVE T LYMPHOCITES OR TH17
• IL-17A PARTICIPATES IN AUTOIMMUNE PROCESSES, INFLAMMATION AND IMMUNITY.
• IT FAVOURS INFLAMMATORY PROESSES, MAINLY OVER MIELOID CELLS AND MESENCHIMAL CELLS. INDUCES THE EXPRESSION N OTHER SUBSTANCES, AMONG WHICH WE FIND THE GRANULOCYTE COLONY STIMULATING FACTOR, AND INTERLEUKIN IL-6 (IL6).

• LIF (LEUKEMIA INHIBITOR FACTOR)
• CELL COMMUNICATION MEDIATIOR WITH A WIDE RANGE OF BIOLOGICAL ACTIVITIES, INCLUDING CELL DIFFERENTIATION, CELL GROWTH AND PROLIFERATION, CELL TROPHISM AND ANTI-APOPTOSIS EFFECT, CELL PROTECTION ON DIFFERENT TYPES OF CELLS AND TISSUES, REGULATOR IN ENERGY AND BONE METABOLISM, NEURAL DEVELOPING, EMBRYOGENESIS, TISSUE REPAIRING AND REMODELING, INFLAMMATION MDULATOR.
• IL-6 FAMILY // TIROSIN-KINASE ACTION. DUE TO ITS PLEIOTROPIC ATIVITIES, IT IS KEY IN PATHOLOGICAL EVENTS RELATED TO SEVERAL DISORDERS.
• IN CANCER, IT HAS SHOWN TO BE A PRO-NEOPLASIC AXIS AMONG BREAST, PROSTATE, CORTICOTROPINE ADENOHYPOPHISIS, LUNG AND SKIN CANCER.
• PRODUCED BY A WIDE RANGE OF CANCER CELL LINES AND PRIMARY NEOPLASMS; ITS ACTION IN BONE METASTASIS IS CLEAR, DUE TO THE CANCER CELLS PRODUCING ÑOF, WHICH ACTS OVER OSTEOCLASTS, STIMULATING THE INVASIV AND OSTEORESORTIVE PROCESS.

• PD-1 / PDL-1
• INHIBITOR OF IMMUNITARY CONTROL POINTS.
• PROTEINS OF CONTROL POINTS, SUCH AS PDL1 (IN TUMORAL CELLS) AND PD-1 (IN T CELLS), HELP TO MANTAIN THE CONTROL ON IMMUNITARY REACTIONS. THE BONDING OF PD-L1 TO PD-1 STOPS THE T CELL FROM DESTROYING THE TUMORAL CELLS IN THE BODY
• BLOCKING THE PD-1/PDL-1 BONDTHROUGH A IMMUNITARY CONTROL POINT INHIBITOR (ANTI-PDL-1 OR ANTI-PD-1) ALLOS THE T CELLS TO DESTROY TUMORAL CELLS.

CD155. WEAKLY EXPRESSED IN SEVERAL NORMAL HUMAN TISSUES, BUR FRECUENTLY OVERLY-EXPRESSED IN MALIGNANT HUMAN TUMORS.

THE OVER-EXPRESSION OF CD155 PROMOTES THE INVATION AND MIGRATION OF TUMORAL CELLS.

HELPS TUMORAL PROGRESSION AND BAD PROGNOSIS.

CD155 MAY BE CONSIDERED AS A MAIN OBJECTIVE FOR TUMORS OVER-EXPRESSIONG CD144.

IT HAS BEEN PROVED THAT LEVELS OF CD155 WERE SIGNIFICANTLY HIGHER IN SERUMS OF 262 PATIENTS WITH LUNG, GASTRIC, BREAST AND GYNECOLOGICAL CANCER THAN THE SERUM OF HEALTHY DONORS.

ARGINASE ENZYME HAS A SPECIAL RELEVANCE IN THE IMMUNE RESPONSE WHEN COMPETING FOR THE L-ARGNININE WITH ANOTHER ENZIME, THE INDUCING NITRIC-OXIGEN SYNTHETASE.

We obtain an individual proteomic molecular registration, which tells us about the molecular status of the sick or health individual, its functionality, its relation with the pathological state and also how to prevent diseases and other therapeutic interventions.