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Your synaps model mt5wbp monitor is not recievong a signal from the CPU why?
Wiki User
∙ 15y ago
Defective monitor, I have one that does the same thing, I opened it up, looked at the control board, one of the IC's is shorting the red analog line to ground. Was not able to fix.
Wiki User
∙ 15y ago
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Where do you find upgrade for synaps chd 3000?
http://www.satupdate.net/soubory/Optibox_Opticum/SYNAPS/ http://www.receptoaredigitale.ro/receptor-cablu-synaps-chd-3000-pvr.html
Where can you find driver information on synaps lcd monitor?
Hello, The drivers for Synaps LCD monitors (with the exception of "touch screen models") are installed from within your Windows Operating System. No drivers are provided from the manufacturer because of this fact. You may reach the tech support line for Synaps LCD Monitors (Fourstar Group) at 800 639-3803 from the hours of 9am to 5pm eastern time. Hope this helps Pete
What is the medical terminology combining form meaning synapse?
Synaps/o or Synaptic/o
What is the junction between an axon and another cell called?
electrical synapses
How do muscles contracts?
Muscles are mainly composed of alternating rows of myosine protein filaments and actin protein filaments. When the muscle is relaxed those rows are least overlapped. When the nervous impulse commands the muscle to contract these rows overlap making the muscle shorter in length and causing a mechanical function.The muscle contraction process first happens by a motor neuron being activated. This produces an action potential that passes outward in a ventral root of the spinal cord where it is conveyed to a motor end plate on each muscle fiber. The action potential causes the release of packets of acetylcholine into the synaptic clefts on the surface of the muscle fiber. The acetylcholine causes the electrical resting potential under the motor end plate to change, and this then initiates an action potential which passes in both directions along the surface of the muscle fiber. At the opening of each transverse tubule onto the muscle fiber surface, the action potential spreads inside the muscle fiber. At each point where a transverse tubule touches part of the sarcoplasmic reticulum, it causes the sarcoplasmic reticulum to release Ca+2 ions. The calcium ions result in movement of troponin and tropomyosin on their thin filaments, and this enables the myosin molecule heads to "grab and swivel" their way along the thin filament. This is the driving force of muscle contraction.in order for a muscle fiber to contract there are several steps before getting a response. (obviously they happen at an unbelievable speed, so we don't notice it) but first the brain has to send a signal to the nerve, then an electrical impulse travels down the synaps, and Acetylcholine (ACh) is released into the synaps, and goes onto the sarcolema (but never touches) and binds to the ACh receptor cites, then the sarcoplasmic reticulum realeases calcium, and the calcium binds to troponin (top of actin) and troponin begins to change shape and tropomyosin slides off of the active cites and the cites then become available for myosin to bind on. Myosin then grabs onto Actin and ratchets head to slide actin forward, myosin goes all the way down the line and ratchets all of actin until the muscle fiber is completely contracted.Read more: [[Q/How does muscle contract#ixzz161moMP5D|How_does_muscle_contract]]
What structures from the gustatory pathway?
Primary somasthetic afferent neurons are found taste buds in the anterior 2/3rds of the tongue. Those fibers are carried towards the midbrain by the Chorda Tympani nerve (those are joint fibers from the lingual branch of the mandibular division of the Trigeminal nerve), which enters the tympanic cavity via the iter chorda posticus and exits thru the iter chorda anticus or the petrotympanic fissure. The nerve synapses with in the geniculate gangion of the VII cranial nerve. The secondary sensory neurons now travel through to the midbrain where they synaps with Nucleus tractus Solitarious. The tertiary fibers then go to parietal operculum of the parietal lobe (brodman area #43) the ultimate level of concious interperation of gustatory (taste) impressions.
