In The News
Bottomline: If it has been more than 10years, you can still be an excellent candidate for a vasectomy reversal with a success rate of 95%. Just make sure your surgeon knows how to perform a more complex "bypass" vasectomy reversal at the time of surgery if that is what you need.
Dr. Singh and associates in 2011 enrolled 5 men who underwent brachytherapy for prostate cancer. While they had normal hormone levels, seminal volume, sperm concentration and sperm motility were significantly decreased. More over, sperm DNA damage (fragmentation) was significantly higher versus fertile controls (46% vs 13%).
Bottomline: This pilot study of only 5 men merits further investigation on a larger scale and suggests that men diagnosed with prostate cancer at a young age need to be advised that their fertility potential may be affected. Plans for paternity should be explored and could include options such as sperm cryopreservation prior to any therapy for prostate cancer.
Reference: Singh et al. 2012 Journal of Urology 187: 987
In 2011, Dr. Gallegos and his team followed 143 men with both a Chlamydial and Mycoplasma infection and compared these guys with 50 normal healthy fertile men*. They found that the percentage of damaged (fragmented) sperm DNA was 3.2x higher in the infected men (35.2% vs 10.8%). They then followed 95 of the infected men after they received antibiotics (macrocodes, tetracycline or quinolones) and were encouraged to see that the DNA fragmentation decreased from 37.7% to 24.2%! Moreover, for the 16 couples who tried to get pregnant before completing antibiotics, the pregnancy rate was only 12.5% whereas 85.7% of the 14 couples who finished antibiotics were able to get pregnant.
Bottomline: Asking men about possible sexually transmitted diseases can identify infections that can be treated with antibiotics to improve the quality of sperm DNA which can optimize the fertility potential of men.
Reference: Gallegos et al. 2008 Fertility and Sterility 90:328
* Interestingly, as compared to the fertile men, there was a slight decrease in sperm concentration and motility in the infected men but it was slight and still within the normal range.
Drs. Farhi and Ben-Haroush in 2011 looked back at 1992 infertile couples where a definitive cause of infertility was found. A male factor alone was found in 37.5% while a male factor in combination with a female factor was found in 21%. In total, a contributory male factor was found in almost 59% of couples.
Bottomline: A male factor for infertility is found in at least 50% of couples (makes sense since it takes "two to tango"). Getting a man evaluated can be as easy as just getting a semen analysis and some blood tests (follicle stimulating hormone or FSH and a testosterone) as well as a comprehensive examination by a male fertility specialist near you!
Reference: Farhi et al. 2011 Israel Med Assoc J 13(1): 51
In 2012, Dr. Braga and associates looked at 250 men who underwent IVF/ICSI cycles and studied what they ate, whether they were obese (a high Body Mass Index, BMI) and lifestyle choices such as smoking and alcohol. For this group of men, they found that sperm concentration decreased if the man was more obese or drank more alchohol while the concentration increased as the man ate more cereal or increased the number of meals in a day. Motility also decreased with increased obesity and alcohol, but also decreased with increased smoking. In regards to IVF/ICSI, the fertilization rate decreased with increased alcohol consumption. Additionally, eating red meat and being on a weight loss program was associated with decreased implantation rates/pregnancy rates.
Bottomline: We all know that what we choose to put in our bodies is going to affect our health and our fertility as a result. Eating healthy and exercise in a balanced fashion always makes sense. Definitely touch base with your local male fertility specialist to identifiy dietary and/or lifestyle choices that may be negatively impacting your reproductive potential. Every little thing can help.
Reference: Braga et al. 2012 Fertility and Sterility 97(1): 53













