Saturday, August 12, 2017

Debunking Tran/ Gender And Gender Identity Using The Human Skeleton Of A Man And Woman



This show that there is No Girl Trap Inside a Boy Body and that there No Boy Taped Inside A Girl's  Body's, this prove it all in there head's ,that it, it also prove, that the sex reassignment surgery is a waste of time, why, when we die and we are all going to die one day, that a fact of life , when all are skin fall melt a way , we are let with are skeleton's AgainIt's show's that  the sex reassignment surgery, is just a big waste of time, it's also prove again that Tran//Gender are not real, they are like it or not there still a Male or Female, that has not changed, and last ,it's go to show that they are not born in the wrong body's ,  claim dis-missed


 Image result for what are some differences in the skeletal system between males and females



First of all, males  and females  bones develop at different rates. We all know the adage that girls mature faster than boys, and while this old axiom is meant to refer to emotional maturity, it is also true of the human skeleton. All humans are born with a portion of cartilage in their bones, which starts out flexible and becomes more firm over time, resulting in the hard texture we all associate with bones.

The bones in a female body complete their development sooner than those in the male body. Female bones complete their development around age 18, while men s bones continue to mature until around age 21. This is part of the explanation behind the difference in the average size of male and female bones as the male bones continue to grow and develop longer, they also become larger (on average) and have more pronounced corners. Thus, the relative size of several key features can be used to identify a male vs. female skeleton. In males, the jaw bone is generally larger and more pronounced, and the brow is taller. Male skeletons also generally have longer, thicker bones in the arms, legs and fingers.

In females, a large part of the course of development from child to adult involves the body preparing itself for childbirth. This major difference between men and women is the cause of the biggest hallmark feature of a female vs. male skeleton, the pelvis. In females, the pelvic bones are shorter and more rounded, and the surrounding bones (tailbone, remaining hip bones, etc.) are designed to be more flexible to accommodate gestation and child delivery. In a female skeleton, the space between the two major pelvic bones must be able to accommodate a baby s head and shoulders during childbirth.

While there are several differences between male and female skeletons on average, all the differences are relative so it is nearly impossible to identify gender from skeletal measurements alone. The majority of people will fall into the average ranges of bone size for their gender, but with so many people in the world (not to mention subtle differences between different ethnic groups due to geographical factors) there are bound to be a lot of statistical outliers.

Even the key discerning feature, the pelvis, can vary between individuals. Some women s pelvic girdles are too narrow to accommodate childbirth and they must deliver a child through a Caesarian section. Some men are short, with rounded jaws and small frames. Even noting these subtle differences between the male and female skeletons, it is important to remember that male and female skeletons are much more alike than different. The most disparate-looking individuals still have more commonalities than differences, physically speaking.

Check out our review site with detailed comparisons of the best human skeleton models. All but one of the models on our lineup are male, but as mentioned above, the only difference between the genders in a skeleton model is the pelvic structure, so regardless of gender a human skeleton model can be useful for learning the details of the human body s infrastructure.
http://www.toptenreviews.com/home/articles/the-difference-between-male-and-female-skeletons/

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