ntent-read table-responsive">ent-read table-responsive">t-read table-responsive">read table-responsive"> table-responsive">able-responsive">-responsive">esponsive">ponsive">8617-0002-00017-0002-000-0002-0002-0000000This textbook is an extensive work thoroughly elucidating basic and applied (clinical) aspects of modern immunology.pan class="">This textbook is an extensive work thoroughly elucidating basic and applied (clinical) aspects of modern immunology.n class="">This textbook is an extensive work thoroughly elucidating basic and applied (clinical) aspects of modern immunology.s="">This textbook is an extensive work thoroughly elucidating basic and applied (clinical) aspects of modern immunology."">This textbook is an extensive work thoroughly elucidating basic and applied (clinical) aspects of modern immunology.>This textbook is an extensive work thoroughly elucidating basic and applied (clinical) aspects of modern immunology. work thoroughly elucidating basic and applied (clinical) aspects of modern immunology.ork thoroughly elucidating basic and applied (clinical) aspects of modern immunology.k thoroughly elucidating basic and applied (clinical) aspects of modern immunology.thoroughly elucidating basic and applied (clinical) aspects of modern immunology.oroughly elucidating basic and applied (clinical) aspects of modern immunology.oughly elucidating basic and applied (clinical) aspects of modern immunology.ghly elucidating basic and applied (clinical) aspects of modern immunology.he major medical-biological disciplines. This progress is due to the specific nature of the immune processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. major medical-biological disciplines. This progress is due to the specific nature of the immune processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.r medical-biological disciplines. This progress is due to the specific nature of the immune processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.medical-biological disciplines. This progress is due to the specific nature of the immune processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.dical-biological disciplines. This progress is due to the specific nature of the immune processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.l-biological disciplines. This progress is due to the specific nature of the immune processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.biological disciplines. This progress is due to the specific nature of the immune processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ogical disciplines. This progress is due to the specific nature of the immune processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ical disciplines. This progress is due to the specific nature of the immune processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.al disciplines. This progress is due to the specific nature of the immune processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.une processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.e processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.processes involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.esses involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ses involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.s involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. involved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.nvolved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.olved in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.in virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. virtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.irtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.rtually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ually all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.lly all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.y all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.all physiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.hysiological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.siological and pathological events in genes, molecules, cells, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.s, tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. tissues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ues, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.s, and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. and organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. organs of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.rgans of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.s of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.of the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. the human organism. The complexity of immunological processes is kept in balance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.lance by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.nce by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.e by an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. an "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.n "immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology."immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.quot;immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ot;immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.;immunological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ological orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ogical orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ical orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.cal orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.l orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.orchestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.chestra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.estra" which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology." which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.uot; which maintains and defends the life of multicellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ellular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.lular organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. organisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.rganisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.anisms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ms inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. inhabiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.abiting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.iting the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ing the Earth. In human beings polymorphism of immune response genes, including the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.luding the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ding the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ng the Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.he Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. Major Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ajor Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.jor Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.r Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.Histocompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ompatibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.patibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.tibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ibility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ility Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.ity Complex (MHC), is the highest in comparison to other biological species. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.y Complex (MHC), is the highest in comparison to other biological species. 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This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.pecies. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology.s. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. Therefore the developments in modern immunology are of great importance for the progress of many (if not all) areas of medicine and biology. This polymorphism, in particular, provided selective advantages in Homo sapiens evolution and increased chances for survival and protection against both external (infections and allergens) and internal (mutations, malignant transformation and other genetic modifications) threats. 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