mariacallas
Bluelight Crew
Its just a possibility. Chill.
I'm pretty chill. What does having gas have to do with bodyfat though? Are we talking past each other at this point (do we all speak english as a first language?)?
You can test how much bodyfat you have by pinching it. Get yourself a pair of calipers so you can track your fat loss/gain. It has nothing to do with how distended your stomach is.
Again, I think we're probably just not on the same page language-wise.
Are blood flow and lipolysis in subcutaneous adipose tissue influenced by contractions in adjacent muscles in humans?
Bente Stallknecht, Flemming Dela, and Jørn Wulff Helge
Department of Medical Physiology, The Copenhagen Muscle Research Centre, The Panum Institute, University of Copenhagen, Copenhagen, Denmark
Aerobic exercise increases whole body adipose tissue lipolysis, but is lipolysis higher in subcutaneous adipose tissue (SCAT) adjacent to contracting muscles than in SCAT adjacent to resting muscles? Ten healthy, overnight-fasted males performed one-legged knee extension exercise at 25% of maximal workload (Wmax) for 30 min followed by exercise at 55% Wmax for 120 min with the other leg and finally exercised at 85% Wmax for 30 min with the first leg. Subjects rested for 30 min between exercise periods. Femoral SCAT blood flow was estimated from washout of 133Xe, and lipolysis was calculated from femoral SCAT interstitial and arterial glycerol concentrations and blood flow. In general, blood flow and lipolysis were higher in femoral SCAT adjacent to contracting than adjacent to resting muscle (time 15–30 min; blood flow: 25% Wmax 6.6 ± 1.0 vs. 3.9 ± 0.8 ml·100 g–1·min–1, P < 0.05; 55% Wmax 7.3 ± 0.6 vs. 5.0 ± 0.6 ml·100 g–1·min–1, P < 0.05; 85% Wmax 6.6 ± 1.3 vs. 5.9 ± 0.7 ml·100 g–1·min–1, P > 0.05; lipolysis: 25% Wmax 102 ± 19 vs. 55 ± 14 nmol·100 g–1·min–1, P = 0.06; 55% Wmax 86 ± 11 vs. 50 ± 20 nmol·100 g–1·min–1, P > 0.05; 85% Wmax 88 ± 31 vs. –9 ± 25 nmol·100 g–1·min–1, P < 0.05). In conclusion, blood flow and lipolysis are generally higher in SCAT adjacent to contracting than adjacent to resting muscle irrespective of exercise intensity. Thus specific exercises can induce "spot lipolysis" in adipose tissue..
Subcutaneous fat alterations resulting from an upper-body resistance training program.
Kostek MA, Pescatello LS, Seip RL, Angelopoulos TJ, Clarkson PM, Gordon PM, Moyna NM, Visich PS, Zoeller RF, Thompson PD, Hoffman EP, Price TB.
Department of Kinesiology, University of Connecticut, Storrs, CT 06269-2101, USA. [email protected]
PURPOSE: It is believed spot reduction, the exercise-induced localized loss of subcutaneous fat, does not occur as a result of an exercise program; however, evidence as a whole has been inconsistent. To reexamine this concept, we compared subcutaneous fat measurements before and after resistance training among 104 subjects (45 men, 59 women). METHODS: Subjects participated in 12 wk of supervised resistance training of their nondominant arm. Magnetic resonance imaging and skinfold calipers examined subcutaneous fat in the nondominant (trained) and dominant (untrained) arms before and after resistance training. Repeated-measures ANCOVA tested for subcutaneous fat differences within and between arms before, after, and from before to after resistance training by gender and measurement technique, with BMI and age as covariates. Simple linear regression compared subcutaneous fat changes before and after resistance training as assessed by MRI and skinfold. RESULTS: Subcutaneous fat, measured by skinfold, decreased in the trained arm and not the untrained arm in the men (P < 0.01); it was similar in the total sample and in the women (P > 0.05). MRI determinations of subcutaneous fat changes were not different between arms in the total sample and by gender (P > 0.05). CONCLUSION: Subcutaneous fat changes resulting from resistance training varied by gender and assessment technique. Skinfold findings indicate that spot reduction occurred in men but not in women. In contrast, MRI found a generalized subcutaneous fat loss independent of gender, supporting the notion that spot reduction does not occur as a result of resistance training. MRI, sensitive to changes along the entire upper arm, detected greater variation in resistance training responses, preventing significant differences between trained and untrained arms. Variation in upper-arm resistance training response was not evident from a single skinfold measurement at the belly of the muscle.
PMID: 17596787
The same as where your stuff comes from, you seem to know everything? You don't miss any information or study in other areas?
It could help you to get some humbleness, now would you not feel a fool, when you act coy and other information comes through that your precious grandiose self thinks has it all under control?
Fat accumulates in that area, because those muscles need specific exercises. If there is flab or fat accumulation there, most times the back is weak! It does not support and the muscles of the oposite group have no support and hence fat gatthers due to muscle flab. Do sit ups, place your feet under some support (the couch if heavy enough)so that you don't ruin your back, and do sit ups with your hands behind your neck and extended elbows.
In this situation we are talking about the opposing or antagonists of Abdominals/Erector spinae.
If you do NOT workout opposing muscle groups, you are much more prone to injury, and you can actually change the alignment of your body to an incorrect posture as one of the groups become overstretched and weak.
Muscular balance is important, so yes,one should train opposing muscle groups. An exception may be, if a person is tight in one area of the body already, due to not working the antagonist (opposite) muscle group, or because of daily activities that strenghten certain muscles, the tight muscles should be stretched and now the neglected antagonist muscles can be strengthened to "catch up".
Hey man. Thanks for breaking those studies down for everybody here. They are interesting stuff. Honestly though I was just posting it for YOUR edification and not so much to suggest you to tell your clients (well you will do with the information what you want of course you're an intelligent guy!). My thinking is that the effect is there (spot reduction) but in practice people are just going to waste their time trying to spot reduce their 'inner thighs' or some stupid stuff like that.This is the reason that I'm very cautious about passing on this kind of information to my clients though. There are lots of studies out there, and many of them contradict each other. When something looks promising, I usually try it out on myself first.![]()
Am I going to have one of those aforementioned complexes once i hand in my thesis too?? That is something to look forward to - my supervisor should keep saying that to encourage me finishing up :D