Module Three: PNEI-PSYCHONEUROIMMUNOENDOCRINE SYSTEM
Module Three: Ten video recordings of mini lectures (30 minutes each)
A postgraduate specialisation course in Bioregulatory Medicine consists of seven modules. The entire specialisation course can be taken in your chosen order. However, in order to become board registered specialist you need to complete all seven modules in no given time before taking specialist exam. You can enroll to
individual module or entire course on the registration page.
Module Three main lectures' topics are about PNEI (psychoneuro-immuno-endocrine) system, and clinical application in Bioregulatory medicine.
Ten short lectures with slides and handout for module are recorded and edited for maximum learning objectives. You can choose to register for entire course or Module Three; you can also resgister for
a specific lectures from Module Three.
Lectures teaches physiology and biochemistry of central and autonomic nervous system and the ways it controls lower GRS cellular levels. We discuss bioregulatory therapeutical protocols of homeostasis regulation of psychoneural systems.
Our lectures follow furher PNEI subsystems from lectures five, with bioregulatory protocols based on autoregulatory capacity of endocrine and immune systems.
Final two lectures describe a mechanism of disease caused by Stress and Psychosomatisation whereby PNEI plays central role.
Lecture One
🎥 Pre-recorded lecture
INTRODUCTION TO PSYCHONEUROIMMUNOENDOCRINE SYSTEM (PNEI)
This is introductio to PNEI, main constituents of sych homeostasis loops and the ways of organisation.
We present mechanism of action and biofeedback informational pathways of various molecules and electromagnetic stimuli that interconnects subsystems.
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Lecture Two
🎥 Pre-recorded lecture
PSYCHOSPIRITUAL ASPECT OF PNEI
PNEI is higher set of controlling systems that is a part of interaction with environment or ecological systems which inludes society as a whole.
Individual awareness and perception is influenced by socio-cultural values as well as peers infulence during person developement.
Integral part of ecological interaction is set of belifes and values of moral or spiritual aspects that are embeded into human consciousness.
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Lecture Three
🎥 Pre-recorded lecture
CENTRAL AND PERIPEHERAL NERVUS SYSTEM (CNS-PNS)
Nervous system is central conduit for efferent and afferent direction of neural impulses to and from central cortical and subcortical nervous centres.
All emotional and feelings, as well as pyschosomatisation is being processed within this system.
Biological transmitters responsible for informational flow are interchanged pathways og microcurents carried by neural axons throughourt the body and neurotransmitters.
Peripheral terminal nerves reach matrix and interconnect Ground regulating with Neural higher systems.
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Lecture Four
🎥 Pre-recorded lecture
AUTONOMIC NERVOUS SYSTEM (ANS)
Autonomic nervous system originates from brain and spinal cord in order to leave spine via vertebral foramina, branching into intercellular matrix. It sends a particular terminal branches to all internal organs, thus controlling it's normofunction.
There are two opposing aspects of this system, sympathetic and parasympathetic in order to achieve a balancing effect among themselves. This lecture explains mechanism of action and bioregulatory therapy of balancing internal function.
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Lecture Five
🎥 Pre-recorded lecture
HORMONAL SYSTEM IN BM, Part 1
Endocrine system is a system of fine attunement of metabolic reactions and inflammations, controlled by biofeedback with hypothalamo pituitary mechanism. It is driving cellular growth, metabolism and various processes crucial for adaption to stress.
This lecture explains adrenal and gonadal hormones, it's function, precursors and action on a specific tissue. It also provides a bioregulatory methodology towards building blocks of hormones and therapeutical strategies to regulate function.
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Lecture Six
🎥 Pre-recorded lecture
HORMONAL SYSTEM IN BM, Part 2
This is a Part 2 of hormonal balancing lecture. We explain mechanism of synthesis by listing cofactors and precursors, and hypothalamo pituitary factors towards normoregulation. This lecture is dedicated to therapeutical modalities in Bioregulatory medicine for thyroid hormones, endocrine pancreatic insulin, and regulation of sugar metabolism and growth hormones.
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Lecture Seven
🎥 Pre-recorded lecture
PRINCIPLES OF IMMUNE SYSTEM IN BM, Part 1
This main topic is organisation of the immune system; innate and adaptive immunity, and mechanism of defense against microorganisms by the plasticity of humoral B-lymphocytes and cell mediated T-lymphocytes.
Bioregulatory methodology is explained in a way to naturally 'boost' immune system, enhance nonspecific and specific immunity, purpose of microbiome and salient focal infections.
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Lecture Eight
🎥 Pre-recorded lecture
PRINCIPLES OF IMMUNE SYSTEM IN BM, Part 2
In Part 2 allergy treatment by detoxification from antigen induced T-lymphocytes and IgE antibodies produced by B-lymphocytes. Detoxifying lymphocytes include diluted antigens and bioelectric stimuli of psychosomatic nature.
Autoimmunity bioregulation includes intracellular detoxification of immature B and T cells from bone marrow/thymus to prevent mutation.
If B cells migrate with MHC-II molecule, conjoined with T cells activation in lymph nodes, desensitisation is carried out by diluted antigen nosodes with bioelectric stimuli of psychogenic nature.
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Lecture Nine
🎥 Pre-recorded lecture
PSYCHOSOMATISATION PRINCIPLES
Psychosomatic process is evolutionary result of system organisation that developed between brain and body. Higher nerve centres are in a biofeedback cells in order to mantain homeostasis.
This lecture explores the nature of the psychosomatic process being 'locked' in the organs, by the peripheral and autonomic nervous systems. We shall also lay foundation for the psychosomatic treatment that will be developed according to the stages of disease process in next modules.
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Lecture Ten
🎥 Pre-recorded lecture
STRESS IN SYSTEM PROCESSING
Stress is a complex neuro-hormonal response which is a part of psychosomatic interconnections. Although it is an evolutionary result to mantain plasticity in extraordinary circumstances it can also be activated and create a major dysregulation of the PNEI.
This lecture will explain mechanism of stress and it's role in pathogenesis. It explains importance of the perception related to the stressful event from the past and principles of psychosomatic treatment.
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