Q & A with brologic blp

[blp]

The skin itself possesses the capacity to use food ingredients to generate several hormones and substances with hormone-like activity. These substances appear to act through paracrine, autocrine, intracrine and endocrine mechanisms to fulfill their pleiotropic effects. Moreover, the skin can metabolize hormones and produce derivatives with potential systemic activity. This novel concept of the role of the skin and its hormones as important players in general homeostasis and human disorders leads to the expectation that the detection of the pharmacological and therapeutic function of hormone mediators, their receptors and antagonists may not be far ahead. The latter idea has already been realized for corticosteroids, androgens, estrogens, topical vitamin D analogues and retinoids which today have an established place in clinical dermatology.

[blp]

Neonatal reflexes are inborn reflexes which are present at birth and occur in a predictable fashion. A normally developing newborn should respond to certain stimuli with these reflexes, which eventually become inhibited as the child matures.
and those are in a bad situation if born by cesarean section, those are not fully reach to optimal capacities , since it the doctor that decide time of birth , not you
fusion reflex are a binocular system of eyes tracking that been practice while being
a baby on breastfeeding , your eyes perceived horizon , a-synchronization will create tilt and that tilt as a bodybuilder might hurt you

[blp]

Unlike the five senses, which allow us to perceive the world outside ourselves, proprioception is the sense of oneself from within, and especially awareness of our position in space. More specifically, it is the sense that provides the feedback to and from our muscles and the central nervous system. Proprioception involves the efferent nerves going to (motor neurons) and coming afferent nerves from (sensory neurons) muscle fibers to regulate tone and tension. The first step in successfully relieving pain is to bring awareness, noticeable by the absence of proprioception, to recognize sensory motor amnesia (SMA). SMA occurs when the sensory neurons and the motor neurons no longer communicate properly with the brain, causing a break in the feedback loop in neural pathways. Communication among the sensory and motor neurons is an essential relationship for the brain to constantly adjust to movement and environmental changes. SMA can occur due to a sudden traumatic event or accident, from surgery, or from a habitually held physical pattern caused by repetitive movement or stress. These patterns may cause spasms, tight muscle pain, tension, and loss of muscle control. Once recognized, these muscles appear to “jump” or “skip”, or possibly have no movement at all during certain movements, further identifying the areas of SMA.

[blp]

http://vimeo.com/28475051

[cog]

BLP,say...any issues with mixing any of these peptides in the same pin?TB 500 and any of the ghrp's or hcg?Any of them?Thanks in advance.

[blp]

BLP,say...any issues with mixing any of these peptides in the same pin?TB 500 and any of the ghrp's or hcg?Any of them?Thanks in advance.

never felt issue , blood systemic flow of body around 8 sec , whatevr wil go everywher no matters what
peg mgf n 1gf can fight each other , peg post w , 1gf far away of it , des1gf wil b pre w

i think peptide now lead in health type one , epitalon n thymalin

hcg aromatize , weak , n take 4ever , triptorelin does it fast ,
twice max a year n even th craziest abuser recover

[cog]

I felt a little with trip but not full recovery.I read you could repeat 100 MCG in 3 weeks.

[blp]

I felt a little with trip but not full recovery.I read you could repeat 100 MCG in 3 weeks.

yes , can do ,

[cog]

Thanks BLP.

[blp]

Walking the Tightrope: The Mysterious World of Proprioception.
By
Dr. Thomas Patavino of Thoracic Park Alternative Health
Proprioceptors. They sound like something that might be aboard the mother ship in some science fiction movie. Actually, proprioceptors are tiny little nerve endings in our bodies that help with balance, performance and setting muscle tension. Chances are you never heard of proprioceptors. Very few people have unless they were injured and it was discovered that there was room for improvement in this neuromuscular system. If you made it this far in the article, please continue because it will all make sense in the end.
When we walk, we take for granted all the little things that must take place to get from point A to point B without falling. The eyes play a major role along with our vestibular system (fluid system in our inner ear that regulates balance) in helping us maintain balance. What most people don't realize is that we have little nerve endings in our hands and feet that tell our muscles and the rest of the body exactly where we are in position, space and time. In English, that means you can close your eyes and touch your nose with your finger because of proprioceptors. Those little nerve endings know where your arm is in space allowing you to perform the desired action. Now, the real test; Try standing on one foot and get your balance. Not too hard for many, but impossible for some. Now close your eyes while standing on one foot. (Please don't fall, this is supposed to be educational and not harmful). Once the eyes are closed, you are relying only on proprioceptors for balance. You might feel your foot shaking from side to side. That shaking is coming from the little nerve endings firing away to maintain balance.
Whenever we step, the nerve endings are performing just like when your eyes were closed, but we fail to notice this because of our visual and vestibular input. We don't fall over because those nerve endings recognize that we are on solid ground and our muscles adjust appropriately. Why is this relevant? The elderly. When we get older or have an injury, our proprioceptors become less reactive. More often than not, when we hear of someone older falling it wasn't because they got light headed, but rather due to the proprioceptors failing to communicate properly. If they fail to fire when they are supposed to, the body can't tell the difference from flat ground versus uneven ground. More injuries occur this way because the body reacted like it stepped in a pothole or the floor suddenly moved beneath unstable feet.
Proprioceptors act like the balance poles used with walking a tightrope. It helps maintain a stable center of gravity. If we are falling to the right, the pole balances the left and vise versa. Poor proprioceptive activity leaves the body walking a tightrope without a pole. Unfortunately, for many people there aren't safety nets to catch us when we fall. This leads to fractured bones and other various injuries.
The young aren't exempt either. An injured area loses the acuity of proprioceptors. A common display of this is a sprained ankle. Did you ever experience or know someone who had his or her ankle just turn in or give out long after the original sprain was healed? That was because proprioceptors failed to provide stability and even ground appeared to be a dangerous unstable environment. With each step, certain muscle fibers have to relax and contract due to the surface beneath it. This happens automatically, unless we have flaws in our neuromuscular system. All it takes is slight misfiring and we can lose balance or have a joint suddenly give way making us prone to injury.
Now that good news, Proprioceptors can be retrained at any age and improved upon. Specific balance training and exercise can improve proprioceptors in a very short time. Athletes have noticed a distinctive edge in performance by adding proprioceptive training to their routines. Reoccurring incidents of old injuries can be dramatically reduced by treating the proprioceptors in the injured area.