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New Post 3/2/2008 2:54 AM
  EZA
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Power & Capacity of Anaeroic System 
Modified By 1511146@aruba.it  on 3/2/2008 10:41:17 AM)

Prof. Verkhoshansky,

In SST you recommend two methods of sub-maximal work for perfecting the power and capacity of the lactate system. To increase the power of the lactate system you recommend the work be 1.5-2 minutes in duration, with 3 repeats in the series, and decreasing rest interval from 2-1 minute between series (though I'm not sure you meant this as rest between series but rather meant it as rest between repetitions?). To increase the capacity of the lactate system you suggest a work time of 30-50 seconds, with 3 repetitions per series and a rest period of 1.5-2 minutes in between repetitions.

First, is this recommendation as you intended to write? It would seem to me that maximal power of the glycolytic system would come from the shorter work intervals with longer rest intervals while capacity of the system would be developed with the longer duration of work, but this is not the case as you have recommended. Can you please explain your recommendations for improvement of power and capacity of the lactate system?

Also, I would very much like to hear your input on the specific means and methods you might specifically recommend for the improvment in the oxidative abilities of the fast twitch (FOG) muscle fibers with respect to improving both power and capcity of the lactate system. 

Joel Jamieson, Kirkland, USA [Administrator add]

 
New Post 3/2/2008 1:12 PM
  Prof. Verkhoshansky
245 posts
www.verkhoshansky.com
1st Level Poster


Re: Power & Capacity of Anaeroic System 

Dear Joel Jamieson,

first of all, could you please indicate me where did you take my recommendations?

I cant answer “in general” to this question because it depends on the sport discipline and on the type of exercises that are used (distance running, swimming, squat jump, competition elements etcc..).

 

Regards “specific means and methods you might specifically recommend for the improvment in the oxidative abilities of the fast twitch (FOG) muscle fibers”, for what is in my knowledge this issue could be related not with the improvement of power and capacity of the lactate system but with anaerobic threshold level increasing. Also for this question I will be very grate if you will reformulate the question referring to a more specific contest.

 

Yuri Verkhoshansky

 
New Post 3/4/2008 8:17 AM
  EZA
3 posts
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Re: Power & Capacity of Anaeroic System 
Modified By Prof. Verkhoshansky  on 3/5/2008 4:01:00 PM)

Prof. Verkhoshansky,

Thank you very much for your reply.

I am taking your recommendations for power and capacity of the glycolytic system from your Special Strength Training Manual page 59 you write: "With the emphasis on increasing glycolysis function (power), the work is 1.5-2 minutes long with 3 repeats in the series. In all, there are 3 series with a rest of 2 minutes after the first series and 1 minute after the second series. When an increase in the capacity is being worked on, the work time is 30-50 seconds. There are 3 repetitions in the series with a rest period of 1.5-2 minutes in between repetitions. There are 3-4 series."

This is very different recommendations from your recent article on the "The Training System In Middle Distance Running" so I am asking if this was a mistake in the Special Strength Training manual?

With regards to my second question. As you stated in your article on Training System In Middle Distance Running "the limitation and the development of endurance depends not so much on the capacity of heart to pump blood as on the oxidative capacity of skeletal musculature." As such, I very interested in means and methods aimed at improving contractile properties of FOG fibers by increasing mitochondria and activity of oxidative in FOG fibers for improving the power and capacity of the glycolytic system.

I am interested in resistance training methods that will satisfy the condition of maximum activation of FT fibers while under the low frequency conditions needed to prevent local hypoxia in the working muscles to improve oxidative properties. It is my understanding that mitochondria can be found both on the myofibrils as well as within the sarcoplasmic reticulum surrounding the myofibrils and different means are necessary to stimulate the development in each location. In your article on middle distance runners you provide recommendations for improving localized muscular endurance through special resistance exercises using 10-30 seconds work and 60-10 seconds of rest. I believe this is aimed at improving oxidative capacity of the FT fibers, but can you make any recommendations for alternative means using continuous work for 5-20 minutes at low frequency to improve oxidative capacity as well? Also, could you suggest how to use jumping exercises to achieve an increase of oxidative properties of FT fibers? 

Thank you

Joel Jamieson

Kirkland, WA USA 

 
New Post 3/5/2008 4:01 PM
  Prof. Verkhoshansky
245 posts
www.verkhoshansky.com
1st Level Poster


Re: Power & Capacity of Anaeroic System 

Dear Joel Jamieson,

 

I have to sincerely thank you for your post.

1) You are right there is a mistake on page 59 of Manual for coach, there is a confusion of training method finalized to the increasing of  glicolitic power and finalized to the increasing of glicolitic capacity. I am sorry to not have discovered the mistake before the publication.

The correct text is the following:

                

With the emphasis on increasing glicolisis POWER the work is 30-50 sec: 3-4 series of 3 repetitions with 1.5 – 2 min rest between repetitions.

With the emphasis on increasing glicolisis CAPACITY the work is 1.5 – 2 min: 3 series with 2 min rest between the first and second repetitions, with 1 min rest between the second and third repetitions.

In both variants the rest intervals between the series for lightweight class wrestlers is 13 – 15 min, for middle weight class wrestlers is 16 – 18 min, for heavy weight class wrestlers is up to 20 min.”

 

2. In the article "The Training System in Middle Distance Running" is described the “antiglicolitic” principle of training. This is another approach of the resistance running training based on the increasing of the Anaerobic Threshold level, it is different from the traditional approach based on the increasing of the glicolitic abilities of athletes. (This issue is described with more details in my Russian article “The problems of endurance training”. Unluckily, until now we didn’t have had the possibility to translate it English).

The antiglicolitic principle training is based on the improvement of  Local Muscular Endurance  and on the increasing of the oxidative capacities of Fast Twitch Fibres.

The increase of the Local Muscular Endurance using overload exercises in interval regime is based on the activation of the CP function as universal intercellular energy transporter (V. Saks et all, 1974, 1977). The increase of the transport function of CP mechanism assures that glicolisis will be involved in the energy supplying process during the work of superior intensity. This could assure the decrease of the speed of lactat accumulation and  the decrease of glycogen exhaustion during the prolonged work.

 

3. The jumping exercises finalized to the increase of the oxidative abilities of FTF must be executed with relatively low frequency of movements. The more detailed description of the use of this exercises will be presented in the next article that I will publish.

 

Thank you again for your accurate reading of my text.

Regards,

Yuri Verkhoshansky

 
New Post 3/7/2008 10:13 AM
  EZA
3 posts
No Ranking


Re: Power & Capacity of Anaeroic System 

Prof. Verkhoshansky,

I am glad I could be of help locating a mistake in your text so that it can be corrected in future editions. Your work is very important for many coaches and I thank you for your years of effort in publishing material for all of us to read and learn from.

I have one more question. In the training methods for wrestlers we discussed you recommend the methods finalized to the increasing of glycolytic power and to the increase in glycolytic capacity. In your article on "The Training System in Middle Distance Running" you present the methods described as "antiglycolytic" principle of training based on the improvement of Local Muscular Endurance and on increasing oxidative capacities of Fast Twitch Fibers. The method you suggest for wrestlers is aimed at improving power and capacity of of lactate system in a traditional approach, while the method you provide for Middle Distance Runners is different from the traditional approach and is aimed at improvement in oxidative abilities rather than glycolytic abilities of fast twitch fibers.

For wrestlers and other combatants with a competition period of 5 minutes work and a rest interval of 1 minute with 1-3 repeats in each competition, would you recommend the traditional approach finalized to increasing the power and capacity of glycolytic system, or do you recommend the use of new "antiglycolytic" principle of training you offer in your "Training System in Middle Distance Running?" to increase oxidative capacity of fast twitch fibers and increase AT level? How would you suggest the organization of means using the the block system for wrestlers with such a competition period?

I am very much looking forward to your next article

Thank you for your reply. Sincerely,

Joel Jamieson, Kirkland WA USA

 
New Post 3/12/2008 1:58 PM
  Prof. Verkhoshansky
245 posts
www.verkhoshansky.com
1st Level Poster


Re: Power & Capacity of Anaeroic System 

Dear Joel Jamieson,

for what is in my knowledge on the matter, the metabolic performance model of Wrestling is based on the power and on the capacity of anaerobic glycolytic system (it’s something similar to the Hockey performance model). 

For this reason, the method that I suggest for wrestlers is aimed at improving power and capacity of  lactate system in a traditional approach, while the method for Middle Distance Runners is different from the traditional approach.

Because I never worked with Wrestlers or with coaches Wrestlers I couldn’t catch the specificity of this sport, for this reason I didn’t elaborate a Block Training System model for Wrestlers.

 

Yuri Verkhoshansky

 
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