It is hard to know how many men among us have TD, although data suggest that overall about 2.1% (about 2 men in every 100) may have TD. As few as 1% of younger men may have TD, while as many as 50% of men over 80 years old may have TD. People who study the condition often use different cut-off points for the numbers, so you may hear different numbers being stated.
Epidemiological evidence supports a link between testosterone and glucose metabolism. Studies in non-diabetic men have found an inverse correlation of total or free testosterone with glucose and insulin levels (Simon et al 1992; Haffner et al 1994) and studies show lower testosterone levels in patients with the metabolic syndrome (Laaksonen et al 2003; Muller et al 2005; Kupelian et al 2006) or diabetes (Barrett-Connor 1992; Andersson et al 1994; Rhoden et al 2005). A study of patients with type 2 diabetes using measurement of serum free testosterone by the gold standard method of equilibrium dialysis, found a 33% prevalence of biochemical hypogonadism (Dhindsa et al 2004). The Barnsley study demonstrated a high prevalence of clinical and biochemical hypogonadism with 19% having total testosterone levels below 8 nmol/l and a further 25% between 8–12 nmol/l (Kapoor, Aldred et al 2007). There are also a number longitudinal studies linking low serum testosterone levels to the future development of the metabolic syndrome (Laaksonen et al 2004) or type 2 diabetes (Haffner et al 1996; Tibblin et al 1996; Stellato et al 2000; Oh et al 2002; Laaksonen et al 2004), indicating a possible role of hypogonadism in the pathogenesis of type 2 diabetes in men. Alternatively, it has been postulated that obesity may be the common link between low testosterone levels and insulin resistance, diabetes and cardiovascular disease (Phillips et al 2003; Kapoor et al 2005). With regard to this hypothesis, study findings vary as to whether the association of testosterone with diabetes occurs independently of obesity (Haffner et al 1996; Laaksonen et al 2003; Rhoden et al 2005).
Men who start using the gels have to come back in to have their testosterone levels measured again to make sure they’re absorbing the right amount. Our target is the mid to upper range of normal, which usually means around 500 to 600 ng/dl. The concentration of testosterone in the blood actually goes up quite quickly, within a few doses. I usually measure it after two weeks, though symptoms may not change for a month or two.
Although, most studies on TT have been conducted on animals, the results appear promising. One study that looked at sexually sluggish male albino rats found that having been given extracts of TT, the rats "mount frequency, intromission frequency, and penile erection index" all increased, while "mount latency, intromission latency, and ejaculatory latency" all decreased. Who said romance was dead?
Actually he knows exactly what he is talking about. The fact your a doctor gives zero confidence that you have any knowledge in HRT, in fact I believe it where you wonderful doctors that started the larger opioid epedemic the world has ever seen. Make sure if your considering HRT you see a doctor that specializes in it, otherwise you very well could be getting terrible advice by a doctor with no knowledge of the subject as is the case here. Do your research on the doctor, and make sure you are getting a doctor that specializes in HRT. Don’t forget somebody had to finish at the bottom of the class in med school, and based on this doctors comments he probably was one of them. Doctors can be as dangerous as they are helpful; as we have seen quite clearly with the opioid epidemic being experienced in this country, as I mentioned above. This epidemic was caused 100% by doctors in this country. I own several HRT clinics and employ some of the top doctors in the HRT field. Our doctors put our patients health above all else especially above the all mighty dollar. I assure you the comment by this Dr. claiming the post above makes absolutely no sense (I believe it makes no sense to him, because he has zero knowledge on the subject) is dead wrong, and the poster was pretty much right on point with what he said.
A study in the European Journal of Clinical Nutrition that showed drops in cholesterol levels also highlighted the benefits of Fenugreek in controlling glucose levels (this is in fact what the trial was intended to test). When you eat, your glucose levels spike. Fenugreek helps stimulate insulin release to slow down the absorption of sugars in your intestinal tract. Fenugreek might help control blood sugar levels in diabetics. Furthermore, high glucose levels create a poor environment for testosterone production. This is why Tim Ferris, in his testosterone diet, advises against consuming sweets and simple starches when you are trying to increase T levels.
So if you’re intent on maximizing your testosterone levels, and/or you have applied all of the above and you’re still not satisfied with your results (which would be surprising) then you could try the below. I will point out that some of these tips may not have the scientific evidence to back them up like the previous points, but I can assure you that either I have or do use them (and have positive results), or a client has used them with pleasing results, or finally it is such a new conception that there isn’t enough evidence to prove it one way or another.