Human Kinetics YouTube Channel Analytics and Report

Human Kinetics YouTube Stats & Analytics Dashboard (Data Updated on 2019-11-15)
Human Kinetics
Joined YouTube on: 2008-12-31Area: United States  Language: English 
Subscribers Live Sub Count
8.25K  0.1%
Total Views
Average Video Views
101  3.1%
Total Videos
Channel Tags
Global Rank
966,634th  (Top 10.3%)
Country/Area Rank
154,513th  (Top 22.2%)
Published Videos
13  (Recent Month)
Est. Partner Earning(Monthly)
$ 38-$ 119
Est. Potential Earnings
$ 1.05  (Each Video)
Human Kinetics Daily Followers & Views Data Comparison 
7 Days
30 Days
Subs Growth Last 7 Days: Subs Compared to Previous Last 7 Days:
Human Kinetics Subscribers History Data (Recent Year)
Tips: YouTube only displays three digits numbers of subscribers, so the curve has some changes
Human Kinetics Subs MileStone
Human Kinetics Views History Data (Recent Year)
Human Kinetics Future Projections (Next Year)
Estimated Audience Age & Gender 
Estimated Audience Geography 
Average interaction of the last 30 uploaded videos
  • Views/Subs
  • Likes/Views
  • Comments/Views
  • Dislikes/Views
Views Graph for the Last 30 Videos
Most Viewed Video from Human Kinetics YouTube Channel
544 Views· 2019-09-05 Published Date· 5 Likes· 0 Comments

The complex sequence of events that triggers a muscle fiber to contract is termed excitation–contraction coupling because it begins with the excitation of a motor nerve and results in contraction of the muscle fibers. The process, depicted in in this video, is initiated by a nerve impulse, or action potential, from the brain or spinal cord to an α-motor neuron. The action potential arrives at the α-motor neuron’s dendrites, specialized receptors on the neuron’s cell body. From here, the action potential travels down the axon to the axon terminals, which are located very close to the plasmalemma. When the action potential arrives at the axon terminals, these nerve endings release a signaling molecule or neurotransmitter called acetylcholine (ACh), which crosses the synaptic cleft and binds to receptors on the plasmalemma. If enough ACh binds to the receptors, the action potential will be transmitted the full length of the muscle fiber as ion gates open in the muscle cell membrane and allow sodium to enter. This process is referred to as depolarization. An action potential must be generated in the muscle cell before the muscle cell can act. Want to teach your course with a top textbook in exercise physiology? Physiology of Sport and Exercise, Seventh Edition includes a web study guide with 66 audio clips, 26 animations, and 27 videos from key leaders in the field. Learn more: https://ecs.page.link/eCu8L

Latest Videos from Human Kinetics YouTube Channel
NoxInfluencer Team

Hi there! Any question please leave us a message via facebook(recommended) and we'll get back to you soon. Have a nice day ^.^

Questioning via facebook