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Histocompatibility molecules are genetically determined proteins present in membranes of all nucleated cells. They form a unique system for which the term “Major Histocompatibility Complex (MHC)” was coined. Each vertebrate species is characterised by its own MHC; that of humans has an abbreviation HLA. This acronym is derived from the words: “human leucocyte antigens” as its fist molecules were discovered in membranes of leucocytes.

Histokompatibilné molekuly sú geneticky determinované proteíny, ktorá sa nachádzajú v membránach všetkých jadrových buniek. Vytvárajú ucelený systém, ktorý sa označuje ako hlavný histokompatibilný komplex (MHC – Major Histocompatibility Complex). Každý živočíšny druh má svoj MHC; u ľudí sa označuje skratkou HLA. Táto vznikla z prvých písmen označenia “Human leucocyte antigens” pretože prvé jeho molekuly boli objavené na leukocytoch.

Presentation provides basic information on the HLA-complex and transplantation immunology, with focus on kidney and haematopoetic stem cell transplantations. Most important HLA-typing methods are explained as well as other techniques used in donor-recipient pair selection.           

ECG description, basic pathological findings, step to step description of ECG. 

Endocryne system of the human body.

Decription of the endocrine system - part I. The lecture for the 1^st year medical students - Dentistry branch (English Programme): describes the role, structures of the system. Provides also the description of the thyroid and parathyroid glands, adrenals, endocrine part of pancreas and pituitary gland.

 Physiology of speech and speech laterality.

 Physiology of memory and learning, spatial learning, general intelligence

Physiology of emotions, emotion intelligence, anger, fear, happiness.

Physiology of higher brain fiunctions, cortical syndromes, sleep physiology.

Sensory hierarchy of CNS, vision, hearing, pain perception. 

 Ontogenesis and development of central nervous system.

Antibodies manage to protect us against germs principally by two ways: by enveloping their surfaces (opsonisation), what makes their engulfment and killing by phagocytes easier and more effective or by cell lysis. However, in this case, they need a help from the complement system.

Lymphatic vessels (lymphatic capillaries, collecting vessels, collecting ducts), lymph (origin, composition, formation), lymph flow (intrinsic and extrinsic mechanism), lymphatic tissues and organs (lymph nodes, mucosa associated lymphoid tissue - MALT, spleen, thymus), functions of lymphatic system.

Continuation of the endocrine system description.

Endocrine system - part II. The lecture for the 1^st year medical students - Dentistry branch (English programme) - continuation of the part I: describes regulatory role of hypothalamus, pineal gland, thymus, gonadal glands and also chromaffine cells system.

Describes the clinical antomy of the structures of the cardiovascular system: heart and vessels.

Clinical anatomy of the cardiovascular system- the lecture for the 4^th year medical students (General Medicine branch), compulsory optional subject Clinical anatomy - summer semester. The lecture provides the description of the cardiovascular system structures from their clinical anatomical point of view.

Clinical anatomy of the lymphatic system.

Clinical anatomy of the lymphatic system - the lecture for the 4^th year medical students (General Medicine branch), compulsory optional subject Clinical anatomy. Provides the descriptom of the lymphatic system structures from the point of view of the clinical anatomy.

Protilátky nás pred mikroorganizmami chránia principiálne dvoma spôsobmi: obaľovaním ich povrchu (opsonizácia), čo uľahčuje ich pohltenie a usmrtenie fagocytmi, alebo ich lýzou. V tomto poslednom prípade však potrebujú pomoc zo strany komplementového systému. Tento tvorí viac ako 35 proteínov, ktoré produkuje najmä pečeň a makrofágy, čo umožňuje jeho aktiváciu kdekoľvek v organizme kde prebieha zápal. Zložky komplementu sú súčasťou proteínov plazmy a reprezentujú 10% z globulínovej frakcie.

Common people perceive Immunology as a scientific branch that studies defence of an organism against germs, cancer cells, toxins etc. Nowadays, Immunology is defined a scientific branch that studies immunity, its cellular and molecular processes that proceed after a foreign substance, an antigen, enters our body. There are many notable personalities who contributed to its development. Let us mention only some of them – Louis Pasteur, Ilja Mecnikov, Jean Dausset and many, many others. They contributed to the fact that Immunology belongs to those scientific disciplines that develop the most intensively in recent years.

A success of pregnancy depends on a proper implantation and induction of immune tolerance. The immune system secures it by various mechanisms – special cells, cytokines, HLA molecules, peripheral tolerance take part in.

The immune system of the newborn has also its own specifics as it matures relatively long time till it reaches the same protective ability as characteristic for adults.

Verejnosť vníma imunológiu ako vednú disciplínu, ktorá sa zaoberá štúdiom obranných mechanizmov proti mikroorganizmom, infekčným chorobám. Dnes však Imunológiu vnímame širšie, ako vednú disciplínu, ktorá študuje bunkové a molekulové procesy, ktoré sa odohrávajú v organizme človeka, či zvierat alebo rastlín po vniknutí akejkoľvek cudzej látky do tela. K rozvoju imunológie prispeli početné významné osobnosti, zmieňme sa len o takých velikánoch ako boli Louis Pasteur, Ilja Mečnikov, Jean Dausset a mnohí, mnohí ďalší; svedčia o tom Nobelove ceny, ktoré sa skoro každé 3 – 4 roky dostanú vedeckí pracovníci na poli imunológie. Táto skutočnosť je odrazom prudkého rozmachu tohto fascinujúceho vedného odboru a jeho veľkému významu pre biológiu a medicínu.