The plight of women and fat is the stuff of legend.
Female fat deposition in the legs and buttocks increases with age, as does abdominal fat and the so-called saddle bags—fat just beneath the hips—in perimenopausal and menopausal women.
Okay, this is me now 55ish. What in the world? Oh no not I, fat tummy and small lumps in my thighs. So here I go looking for the answer. Found it! So here is what I discovered had been researched regarding the fat that seems to come from nowhere and show up on our legs, thighs and hips and tummies. Uncovering the knowledge through self experimentation and self discover is my way to experience life.
A mentor of mine reminds us that knowledge is not power as many mis-think. It is only the systematized utilization of knowledge as wisdom that then gives us the power to cause or effect any circumstance or situation we desire. Okay, now past my philosophy of life. Here's the phat discover on spot reduction of fat in women. I know you will enjoy this, just get pass the researcher science.
The question. How is it that women can eat peanut butter, for example, and seemingly bypass the stomach to put it directly on their asses? Why doesn’t this happen to men, who seem to put fat directly on their would-be six-pack, which ends up resembling more of a one-pack (or “six-pack in the cooler”), even if they have bodybuilder-like veins on their arms?
To paraphrase Gary Taubes: some biological factor must regulate this. One candidate is the A-2 receptor, and that is what I decided to look at for practical experimentation…
The A-2 receptor, or alpha-2 andrenergic receptor, is the party spoiler when it comes to fat-loss in gender-specific problem areas. From the journal Obesity Research (bolding is mine):
The fat on women’s thighs is more difficult to mobilize due to increased alpha-2 adrenergic receptor activity induced by estrogen. Lipolysis [fat-loss] can be initiated through adipocyte receptor stimulation (beta adrenergic) or inhibition (adenosine or alpha-2 adrenergic) or by inhibition of phosphodiesterase.
In plain talk, this means that estrogen helps pesky fat-mongering A-2 receptors do their work, and there are three effective gambits for losing fat despite this.
For decades, the consensus among exercise professionals has been that spot reduction—reducing fat in one specific body area—is impossible, a myth. I long assumed this was the case until I asked the hypothetical question: if we assume there might be an effective mechanism for spot reduction, what would it look like if we focused on the three above pathways?
It seemed that one answer would be a topical lotion that inhibits the A-2 receptor or blocks phosphodiesterase (1). Another potent and supporting mechanism might be reducing the availability of cortisol at the level of the fat cells themselves (2).
Guess what? There are compounds that can be used. The commercial chemical based Celluthin™ has the following ingredients listed on the label in (assuming this was done as the FTC requires which my experience causes me to believe not) descending order of volume:
Purified water, Aminophylline, Yerbe Matte, Coleus Forskohli Extract, Oil of Peppermint, (and now the harmful chemicals and color I would never use and advise you not to either) Carbomer, Triethanslamide, Liposomes, Butylparaben, Isobutylparaben, Isopropylparaben, Phenoxyethanol, D & C Red #28
I was particularly impressed with the misspellings of both “yerba mate” and “coleus forskohlii.” Needless to say, I did not expect this product to have an effect, and I couldn’t find clinical support for topical spot reduction use of the ingredients besides aminophylline until I researched Trimulean, a chewable product I use. I found that aminophylline is sourced from chemical/drugs but, but, I kept digging and it can be found in foods containing theobromine. Foods like coffee, (those who know me are aware that I do not recommend drinking commercial coffee or sodas (cola drinks)) cocoa, cola nut (used in cola drinks), black teas, and food products such as chocolates. Theobromine also produces bronchial smooth muscle relaxation which helps to dilate constricted airways, stimulates diuresis to help relieve congestion, and acts as a mild cardiac and central nervous system stimulant. And causes fat reduction. WOW!
The other three ingredients in our fat reduction lotion experiment are:
I used the product twice daily on my right thigh only, upon waking and before sleep, for 18 days.
Before (October 12, 2009) and After (October 30, 2009) Measurements:
Treated right thigh midline, six inches above kneecap upper limit: 8.1 mm –> 7.4 mm5 (-0.7)
Untreated left thigh (same measurement): 7.9 mm –> 7.8 mm6 (-0.1)
On the treatment thigh, I lost 8.64% of my fat thickness, as opposed to a 1.26% loss on the control leg. Even more incredible was the apparent persistence of effect after cessation of use.
Here are the same measurements 11 days after I stopped application of the cream:
Right thigh: 7 mm (additional 5.71% reduction, or 0.4 mm)
Left thigh: 8.3 mm (a gain of 0.3 mm)
In other words, even though I was in an overeating phase and gained fat on my left thigh (0.3 millimeters), I continued to lose fat, almost an additional 6%, on the right thigh, which had been previously treated. I didn’t believe this outcome and remeasured the sites three times, but the data were consistent.
Based on my experience, using a 2% aminophylline cream for two and a half weeks, applied twice daily, accelerates thigh fat-loss more than 10 times.
Consider me a believer.
I'm A Holistic Entrepreneur