At the 2017 World Junior Swimming Championships in Indianapolis, Indiana, 17-year-old Michael Andrew had an evening to remember.
At 6:24 pm, he set a world record in the 50-meter backstroke, winning the event in a time of 24.63 seconds.
At 6:40 pm, he entered the water again in the 50-meter butterfly in a semifinal heat and qualified first in 23.27 seconds, setting another world record.
At 7:11 pm, he walked up to the starting blocks in the 50-meter freestyle for his third race in 45 minutes and won the event, setting his third world record in 21.75 seconds.
He followed the KAATSU Cycle protocol between races that allowed him to recover quickly and prepare himself physiologically for his next event.
For more information on his remarkable evening, visit SwimSwam and Swimming World Magazine.
Copyright © 2014-2016 by KAATSU Global, Inc.
Wednesday, August 23, 2017
The video above shows the subjects of an interesting series of research projects by the China-Japan Union Hospital of Jilin University in Changchun, China.
The initial results were published in the Chinese language in the Chinese Journal of Laboratory Diagnosis (25 Aug 2016 issue, Vol. 20, No. 8, P. 1240) entitled Effects of KAATSU Training on proliferation and differentiation of goat bone marrow mesenchymal stem cells by by Yu-hui Yang, Shao-qian Sun, Yoshiaki Sato, et al.
The English translation of the paper is below:
To explore the effects of KAATSU Training on proliferation and differentiation of goat bone marrow mesenchymal stem cells.
60 Boer goats were randomly divided into experimental group and control group, the experimental group was given KAATSU Training twice a week, non-KAATSU Training twice a week for the control group. 6 months later, we got the goat bone marrow and then separated and absorbed the white cloud layer which mainly contained the mononuclear cell in the upper-middle interface with the method of percoll-density gradient centrifugation, cultured and observed the cell morphology and the proliferation rate; the cells of the two groups were induced into cardiomyocyte like cells by the 5-azacytidine. The cells which had been differentiated were detected with the expression of the cardiac specific antigen α-actin by immunofluorescence assay.
The cells isolated from the bone marrow in the white cloud layer were adherent, generated and grew well. In addition, the cells which induced by 5-azacytidine could express the cardiac specific antigen. The bone marrow mesenchymal stem cells of the experimental group were small and round, and their proliferation rate was faster than the control group, though the shape of the cells in the control group were polygonal or triangular, and the proliferation rate were slow.
It has been succeeded both in separation and cultivation of the bone marrow mesenchymal stem cells, and also induced the proliferation of turning into cardiomyocyte like cells in vitro. The bone marrow mesenchymal stem cells in pressurization motion for a long period of time were easier to proliferate than the cells in non-pressurization motion, but the differentiated capability were low.
Bone marrow mesenchymal stem cells (BMSCs) are from the mesoderm and are pluripotent stem cells with high capability in proliferation, self-renewal and multi-directional differentiation potential. Further studies have demonstrated that BMSCs can differentiate into cardiomyocytes, neurons or neuroglial cells. Upon in vivo transplantation, these cells can migrate to injured sites (mostly to ischemic or anaerobic sites) and repair respective tissues. Cell transplantation has provided brand-new treatment strategy to irreversible heart diseases. BMSCs are currently considered as one of the most ideal seed cells for cell transplantation, and are often used as carrier cells in gene therapy. Allogeneic BMSC transplantation may trigger immunologic rejection, while autologous stem cells are of limited quantities.
It is therefore crucial to look into how autologous stem cells could proliferate and be release to the bloodstream, especially in large mammals. In recent years, the number of studies focused on small animals such as mice/rat or rabbit is relatively high, but few studies and report investigate into BMSCs in bigger animals like goats. Thus, it is important to study the in vitro directed differentiation of BMSCs from goat as a big animal.
Osaka University and Peking University have both carried on research on stem cells with some of their work summarized below:
Copyright © 2014-2017 by KAATSU Global
Friday, August 11, 2017
Teenage baseball players can use KAATSU in three primary ways that have been tested and proven by professional baseball players:
1. Athletic Performance
2. Injury Rehabilitation
1. For throwing: warm-up with KAATSU Cycle and throw as normal with KAATSU Optimal SKU Pressure and the Arm Bands untethered.
2. For pitching: warm-up with KAATSU Cycle and pitch as normal with KAATSU Optimal SKU Pressure and the Arm or Leg Bands untethered.
3. For running: warm-up with KAATSU Cycle and do base running as normal with KAATSU Optimal SKU Pressure with the Leg Bands untethered.
4. For batting: warm-up with KAATSU Cycle and take practice swings (i.e., not at home base with a pitcher) with KAATSU Optimal SKU Pressure with the Arm or Leg Bands untethered.
* Avoid fielding or batting to the KAATSU Arm or Leg Bands on. We want to avoid any possible unintended injuries.
Use KAATSU Cycle (Cycle 20 or Cycle 60) to augment traditional rehabilitation therapy and to avoid muscle atrophy.
1. Post-game pitcher: ice + 3-5 KAATSU Cycles on arms as an ideal post-game recovery mode to reduce inflammation.
2. Post-workout field players: 3-5 KAATSU Cycles after weight-running or a particularly long and vigorous workout.
3. Travel: 3-5 KAATSU Cycles on arms and/or legs after long trips or overnight travel as desired.
Copyright © 2014-2017 by KAATSU Global