If you maternal grandfather is “dome” bald and your maternal uncle has the same appearance, but his maternal grandfather is not bald: does that mean such gene was inherited through the Y chromosome? Therefore, will my mother carry that on her X chromosome to me?

There is a 50/50 percent chance that you will get the genes from your mother’s or father’s side of the family. By the age of 26, you might know who you take after. Look through a lot of photos of uncles and grandparents and see if you can identify yourself. 

I was using topical minoxidil before but my scalp was itching very much so I switched to oral minoxidil but now my body has started to itch.

Itching is a sign of allergy to the drug or the carrier.  If you have it with the oral, it is likely an allergy to minoxidil. 

This woman presented with this bald spot characteristic of a genetic abnormality called Triangular Alopeica.  It is often on both sides of the head and is best treated with a limited hair transplant, which cures the problem.

After experiencing shock loss so dramatically from my first hair transplant, would another hair transplant in the next two years cause more shock loss to happen of my current native hairs too?

Usually not.  The shock loss knocked out the miniaturized hairs that were the cause of the shock loss.

I wrote an article about hairlines and how they evolve. The word “Evolve” suggests that there is a starting point, so when women find that their hairline recedes, similar to some balding men, they are alarmed. This was the case in the first patients shown below, whose hairline had some hairline recession laterally and superiorly. She lost the lateral sides of the hairline, which resulted in losing her original concave shape. She asked me to restore her female hairline, which I did, as shown in the first set of photos below. The hairline was substantially missing in the second woman’s sides and the 1cm of the frontal hairline. In this woman, she wanted to keep the shape of the thinning hairline, which had a subtle temple peak. The third woman had a loss of the temple mounds and some frontal recession, which were addressed. I want to bring to your attention all three hairlines.  They are not created by connecting the dots. Each patient had a transition zone created in front of the thicker hairline to allow for a transition zone from the forehead to thicker hair. For women and men, all hairlines should have a transition zone created to make it undetectable as a hair transplant. 

Below is a schematic drawing of the various hairlines (taken from one of my publications). The female hairline (I often refer to this as the juvenile hairline) is clearly recognizable by its concave shape.  Boys and girls aged 5 or 6 have this hairline, but as they grow, the hairline changes.  Many fortunate women keep this concave hairline into adulthood.  The classic female hairline has no temple peaks.  Temple peaks signify a change from the original juvenile hairline, as shown in both the Intermediate and Mature male hairlines in the graphic.  Also, classic female hairlines have no widows’ peak, which signifies that the hairline has moved upward into the Intermediate Hairline position.  From a genetic point of view, the entire hairline behind the Mature Male Hairline shown in the graphics has significantly different genetics than the hairline I  refer to as the adult mature hairline. The Norwood classification of balding impacts the hair behind the line, which I refer to as a mature male hairline. I have seen men develop an advanced state of balding and retain much of their juvenile hairline. I even remember seeing a patient with a comb-back that was so good that I couldn’t see his Class 7 balding pattern until he flipped it forward. By the way, he kept his temple peaks, a common finding in men with very advanced balding, suggesting that the temple peaks have a different genetic code than most of the hair on the head.

 

I gave this woman two choices, both acceptable to me. She chose the lower hairline because she wanted a lower hairline to reduce the size of her forehead. See the 3-year photos below.

 

 

 

 

 

 

 

 

 

 

 

Transplanted female concave hairline with no temple or widows’ peak, performed 3 years ago.

 

 

 

 

 

 

 

The shape is different from above because that is the shape she wanted.

 

 

 

 

 

 

 

Again, the loss of the temple mounds and some hairline loss were repaired with no temple peaks. A second set of three photos allows a close visualization of the detailed results.

 

Dr. Zarev transplanted 13.000 grafts in one session on this patient. Sounds too good to be true

Dr. Zarev appears to be a great surgeon. I have met him. The average Caucasian male has 50,000 follicular units on their head. Of that number, 25% reflect the rim of hair around the sides and back of the head, we call the Donor Area.  If the entire donor area is removed, then the donor area will be bald in 100% of men. He could have decided to extend the donor area, which is commonly done.  This is a risky decision for some men, as the hair removed from outside of the donor area may not be permanent, so some hair could disappear as they age.  I suspect that the 13,000 grafts he transplanted were in a person with a very high donor density, and he removed many partial follicular units on this patient or extended the donor area. I have seen such men and have transplanted as many as 11,000 grafts on them.

It’s hard to find on google how to deal with white hair (and beard). My alopecia is being fixed thanks to the finasteride/minoxidil combo but I can’t find anything for hair whitening? is there a real solution?

At this time, dying your hair is the only sure treatment. Occasionally, I see cures posted on the internet, but when I look into the source, I don’t find it credible. Many researchers are working on a pill, but nothing I know is available now.