Bodytypes: Ectomorph Endomorph MesomorphSomatotype typically refers to the structure or build of a person as far as their proportions, appearance and develop...
Bodytypes: Ectomorph Endomorph MesomorphSomatotype typically refers to the structure or build of a person as far as their proportions, appearance and develop...
Not sure what your body type is? Are you an endomorph, mesomorph, or ectomorph? When I found out my body type and made some of the changes I talk about in this video, I really started to lean out! _________________ <3 Want to join my free online fitness community? =) Click here to join! ______________________ …
Learn your somatotypes to better understand your weight loss potential.
A Guide to Body Types and Somatotypes with common questions on How to Dress For Your Body Shape for men.
Lees alles over de kenmerken, voor- en nadelen van de 3 somatotypes; ecotmorph, endomorph en mesomorph. Lees gauw verder! ✸ Matchu Sports
Mesomorph is one of three somatotypes as defined by the body type diet. People who are mesomorphs tend to be lean and muscular. Indeed, they’re the most athletically advantaged of all three body types. Here’s how to eat and exercise for optimal health.
Are you in the predicament of not knowing how to diet and implement cardio based on your somatotype (e.g. ectomorph, endomorph, etc.)? This comprehensive guide will describe actionable tips for maximizing your muscle building and fat burning potential, regardless your natural genetic tendencies. Building Muscle &
Part of the body type diet, the endomorph diet is for people with an endomorph somatotype, meaning someone with a large bone structure and curves. Read about the research on this diet plan, what to eat, how to exercise, and if it can help you lose weight.
Bone structure, how easily you gain muscle, and where you tend to store fat all help define your somatotype (or body type). Once you know your type, there are a few things you should know about how to eat and train to get the results you want.
Bone structure, how easily you gain muscle, and where you tend to store fat all help define your somatotype (or body type). Once you know your type, there are a few things you should know about how to eat and train to get the results you want.
Bone structure, how easily you gain muscle, and where you tend to store fat all help define your somatotype (or body type). Once you know your type, there are a few things you should know about how to eat and train to get the results you want.
Bone structure, how easily you gain muscle, and where you tend to store fat all help define your somatotype (or body type). Once you know your type, there are a few things you should know about how to eat and train to get the results you want.
Bone structure, how easily you gain muscle, and where you tend to store fat all help define your somatotype (or body type). Once you know your type, there are a few things you should know about how to eat and train to get the results you want.
Bone structure, how easily you gain muscle, and where you tend to store fat all help define your somatotype (or body type). Once you know your type, there are a few things you should know about how to eat and train to get the results you want.
Endocrine System I, Neurohypophysis - Post. Pit. Gland neurons end at pars nervosa (neural lobe) axons from supraoptic, paraventricular nuc. neurovasc. ending, no synapses non myel axons end at fenest. caps. NOT 'endocrine'-stores neurosecretions consists of median eminence, infund-stem blood-CSF barrier... window of brain ???? Blood supply sup. hypophys. aa-pars tuberali median eminence neural stem inf hypophys. aa-neural lobe, Adenohypophysis - Ant. Pit. Gland from Rathke's pouch 1. pars distalis (most of ant. pit) 2. pars intermedia (remnant) 3. pars tuberalis (Rath's lat. wall) ???? What to look for: irregular cords of cells large sinusoids of caps -from long portal veins secrete tropic hors fine reg of periph endocrine glands (-) feedback loop b/w glands, pit, brain autoreg. feedback contains: acidophils, basophils, chromophobes c'phobes-transitional or quiescent give rise to acid- or basophils, Neurohypophysis - Post. Pit. Gland neurons end at pars nervosa (neural lobe) axons from supraoptic, paraventricular nuc. neurovasc. ending, no synapses non myel axons end at fenest. caps. NOT 'endocrine'-stores neurosecretions consists of median eminence, infund-stem blood-CSF barrier... window of brain ???? store and release: AVP (arg. vasopressin) oxytocin-milk let-down neurophysin(carrier for AVP) all neuropeptides released store-neurosecretory (dense) vesicles 180-300nm diameter, Pineal Gland -seat of the soul -regulates circ. rhythm ???? Diencephalic neuroectoderm deriv, What to look for: irregular cords of cells large sinusoids of caps -from long portal veins secrete tropic hors fine reg of periph endocrine glands (-) feedback loop b/w glands, pit, brain autoreg. feedback contains: acidophils, basophils, chromophobes c'phobes-transitional or quiescent give rise to acid- or basophils ???? Hormones are: small proteins glycoproteins corticotropes (most basophils) -ACTH, LPH gonadotropes (small basophils) -LH, FSH thyrotropes (large basophils) -TSH somatotropes (most acidophils) -somatotropin (GH) lactotropes (mammotropes) -isolated acidophils-prolactin -hypertrophy for lactation -post-parturition depression, (-) feedback to ant. pit. (-) fdback to hypothal. -shut down TRH-3-amine peptide ???? Fetal T3,T4-by 10th fetal week if deficient-irrev. CNS defects ↓# cortical neurons defective myelination mental retardation stunted growth collective syndrome-cretinism, Endocrine System I control through hypothalamus, CNS ???? Can actually work as endo, para, autocrine through vasc system or CT Certain cells have spec. receptors for hors., Adenohypophysis - Ant. Pit. Gland from Rathke's pouch 1. pars distalis (most of ant. pit) 2. pars intermedia (remnant) 3. pars tuberalis (Rath's lat. wall) ???? Blood supply sup. hypophys. aa-pars tuberali median eminence neural stem inf hypophys. aa-neural lobe, store and release: AVP (arg. vasopressin) oxytocin-milk let-down neurophysin(carrier for AVP) all neuropeptides released store-neurosecretory (dense) vesicles 180-300nm diameter ???? oxytocin-contraction of sm. m at parturition contract myoepith cells of mamm. gland milk let-down reflex-aff. nerves to sp. cord from nipple ascending aff. to hypothalamus, Endocrine System I control through hypothalamus, CNS ???? Thyroid Gland
