Life Fitness Anatomy
Have you ever wanted to deeply understand the inner workings of your body… organs, cells and all of the parts that make up your miraculous life experience?
In this in depth, 24hr course being taught in eight 3 hour live classes, Patty Lager will give you a completely new understanding of your anatomy from a living, holistic fitness perspective.
Some highlights of what will be covered:
- A detailed inside view of the detoxing mechanisms of your body.
- A step-by-step flow of how nutrients get digested, absorbed and utilized.
- Everything you need to know about your immune system.
- How all the organs, cells, central nervous system and parts of your body work holistically together.
The eight live classes will be held on Zoom at the following times and days:
October 15th: 6-9 pm EST
October 22nd: 6-9 pm EST
October 29th: 6-9 pm EST
November 05th: 6-9pm EST
November 12th: 6-9 pm EST
November 19th: 6-9 pm EST
November 26th: OFF For Thanksgiving
December 03rd: 6-9 pm EST
December 10th: 6-9 pm EST
Life Fitness Anatomy Course Outline
Intro to Human A&P/ Homeostasis
• Review of the 11 major organ systems: the major organs of each organ system will be introduced along with the primary functions of each organ system.
• Review of anatomical terms: the language of anatomy will be introduced, including anatomical regions and directional terms.
• Homeostasis and negative feedback: homeostasis is a major theme throughout human anatomy and physiology. Both temperature regulation and blood-glucose regulation will be used as examples of how the body maintains a stable internal environment.
• Positive feedback and childbirth: when positive feedback occurs in the body, it is often associated with dangerous consequences. However, there a re a few healthy examples of positive feedback (like childbirth) that are quite natural.
• Atomic structure: the electrons, neutrons, and protos will be discussed
• Bond formation: examples of ionic and covalent bonding will be discussed
• Chemical reactions (e.g., redox, anabolic, catabolic): to understand digestion, one must understand how chemical bonds are broken (catabolic). To understand how nutrients are used in the body, one must also understand synthesis (anabolic) and REDOX reactions.
• Biological molecules: Carbohydrates, proteins, lipids, and nucleic acids will be explored in detail
• The importance of water will be thoroughly reviewed
• Cell structure: A review of the cell membrane (including how nutrients enter/ waste products leave the cell) and all major organelles
• Cellular respiration: An in-depth review of how cells convert food into energy
• Protein synthesis: learn how proteins are synthesized from amino acids inside of the cell
• Roles of various nutrients (glucose, fatty acids) in energy production, as well as a discussion of glycemic index/load
• Review the major vitamins and minerals needed for metabolic activities
• Energy storage (learn the metabolic pathways that result in the conversions of glucose into fats)
• A review of the major hormones that affect metabolic activities, including nutrient storage and breakdown
• Learn the anatomy of the heart, including the major heart chambers and valves
• Describe the blood flow through the heart
• Describe how the body regulates heart rate, blood flow, blood pressure to accommodate the changes in bodily function
• Review of capillary exchange: describe how nutrients, oxygen, and carbon dioxide are exchanged between the body’s tissues and the blood
• Learn the diagnostic values of ECGs and Blood Pressure
• Cardiac Cycle: review the major events during one single heartbeat
• A review of blood lab work (important measurements to make note of, and what they mean)
Endocrine and Nervous Systems
• Major endocrine glands and their hormones: you will be provided with a chart that will e filled in during this class. This chart will list all the major endocrine glands, their hormones, and the target tissues of these hormones
• Stress response: a review of how both the nervous systems and certain hormones work to prepare the body for a stressful scenario. Also discussed are the dangerous long-term consequences of chronic stress in the body.
• Endocrine disorders: a review of the major endocrine disorders (e.g., diabetes mellitus, pituitary dwarfism, Hashimoto’s disease, etc.…) will be discussed
Autonomic Nervous System & Integumentary System
• Stress response: a discussion of how stress affects digestion, and the consequences of long-term stress on human physiology
• The importance of Inflammation and tissue repair, the consequences of long-term inflammation in the human body
• Review of the major functions of the digestive system: Ingestion, digestion, absorption, elimination
• The role of the Liver in detoxification and biological transmutations
• Digestive enzymes and digestive secretions and their role in chemical and mechanical digestion
• The function and importance of the microbiome
Respiratory and Lymphatic Systems
• Gas exchange (oxygen and carbon dioxide) across the alveolar membrane
• Acid – base balance in the blood, and how this is related to carbon dioxide levels.
• The role of the lymphatic system in Detoxification of the body
• Review of the major lymphatic organs and tissues (e.g., tonsils, spleen, Peyer’s patches in small intestine, etc.….)
• Defense and Immunity: review of the immune cells (T & B cells), the importance of natural immunity, and the major innate defenses
Urinary System / Fluids and Electrolytes
• The role of the kidneys’ in the elimination of wastes from the major bodily fluids
• The role of the kidneys in acid-base balance
• Urinalysis lab work (important measurements to make note of, and what they mean)
Reproductive Systems / Pregnancy &Dev.
• A review of Egg and sperm development
• Ovarian and Uterine Cycles in females, and the hormones that regulate these cycles
• A review of the major events that occur during Prenatal development
Muscular and Skeletal Systems
• Review of major muscles and bones in human body
• Calcium homeostasis, and the role of the skeleton
• Muscle contraction, and the importance of calcium (including a review of how calcium imbalances affect muscle function)
• How muscles create ATP, lactic acid, Cori cycle Ch. 6 – 11