How Far Would You Go to Get Taller? – Another Limb Lengthening Height Increase Article Expose

Me: I thought I would post just another well written article which I found from a quick internet search. In my searching from typing in easy terms  into google like “Bone stretching”, I come across articles and posts written everywhere about limb lengthening, and the social and psychological issues which being short and desiring to be taller. Some are well written ,and others are not. Occasionally I find an article that is very well written and and insightful, and can make you feel an emotional connection with the people talked about in the article. I thought this article that I found from the Details Magazine website was very well written so I wanted to copy and paste it as a repost. It is not one of the posts I write which shows another breakthrough in research, but I would guess a lot of the people who find this website are not interested in the mechanics of auxology and endocrinology. This post is a step back from the more technical stuff.

The article expose was found from the website for Details Magazine located HERE


HOW FAR WOULD YOU GO TO GET TALLER?

WHY AN INCREASING NUMBER OF VERTICALLY CHALLENGED MEN ARE SUBJECTING THEMSELVES TO EXCRUCIATINGLY PAINFUL LEG-LENGTHENING SURGERY.

BY ELISA LUDWIG AND PHOTOGRAPH COURTESY OF DR. YASSER ELBATRAWY/LENGTHENING.NET

Jeff’s career as an architect at a prestigious East Coast firm was taking off. At 26, he was successful and athletic, and he had no trouble meeting women. There was, however, one problem. Though it was imperceptible to friends and colleagues, Jeff (his name has been changed) was tortured by a sense that he had been born with the wrong body. Jeff was five feet six inches tall, and he was obsessed with his height—or his lack of it. “To the outside world I was extremely confident, but my height was always an insecurity,” he says.

He was bitter, too, pissed that his brother was blessed with five more inches. He resented having to wear lifts and get his pants hemmed an extra several inches, and having to smile when a girlfriend’s parents teased him about how they would have short grandchildren. Most of all, Jeff hated the feeling of hopelessness that had dogged him ever since he stopped growing at age 17, a malaise no amount of positive talk or professional success could alleviate.

It was late one night five years ago that Jeff saw a segment on TV about limb-lengthening surgery in China. The report detailed a procedure called the Ilizarov method, in which a cagelike apparatus is attached to each leg and patients turn a set of screws to stretch their own bones. Jeff was fascinated, but he ultimately concluded that the procedure was too barbaric to consider seriously.

Then, about a year ago, Jeff came across a posting on an online message board about a “miracle” surgery at the Betz Institute, in Lebach, Germany—an advanced procedure that promised to make him almost four inches taller (most lengthening procedures guarantee only about two inches) with far fewer health risks. Instead of attaching an external cage, it involved implanting stretching devices inside his legs. He’d still be effectively crippled for months, but he wouldn’t need a wheelchair, just crutches. After three months of deliberating, Jeff flew to Germany to meet with Dr. Augustin Betz.

At the institute, Jeff saw postoperative patients looking happy and healthy. Most had gained between three and four inches in height. And all had good things to say about Dr. Betz. One even called the procedure “no big deal.” So Jeff broke up with his girlfriend—he’d always felt she held his height against him anyway—sold his car, liquidated some investments, borrowed money from his parents (the only people who knew about the plan), and took a leave of absence from work. He told his friends he would be doing an internship abroad for the next several months.

In Germany, Jeff’s femurs (thighbones) were severed by a surgical saw. The surgeon inserted a rodlike telescoping implant in the bone canal of each leg, bridging the cut. He fastened each rod in place with four pins. The next morning Jeff stood up on his new legs and took a few steps on crutches.

Continued (page 2 of 4)

He spent seven days in the hospital and the next 10 weeks, the lengthening phase, at a nearby residence. After the surgery, a sticky blood mass called a callus—the beginning of new bone—formed on each of his broken femurs. Jeff’s job was to click a remote control that signaled the rod to telescope out one millimeter a day, stretching the bone callus with it. He describes the feeling in pubescent terms, as “an intense growth spurt.” Then, during his last six to eight weeks in Germany, he waited for the bone to knit together and harden in its new, longer form.

Jeff is one of an estimated 4,000 people in the world who have chosen to undergo cosmetic limb lengthening (CLL) in recent years. “That number is increasing all the time,” says Dr. Dror Paley, an orthopedic surgeon at Sinai Hospital of Baltimore. Paley gets several e-mail inquiries about the procedure every day, the majority from affluent men between the ages of 20 and 40. “Some are very genuine,” he says, “and others are complete nutcases.”

A person could argue that to pay upwards of $100,000 for a risky, excruciating surgery that adds just a few inches to your frame is insane. CLL is by far the most extreme (and expensive) procedure that a human being can submit to in the name of vanity. Most lipo and facial-surgery patients can go home within an hour. Recovery time for calf and pec implants is a couple of weeks. And at $8,000, penile implants seem like a bargain by comparison—plus, in terms of pure physical pain, there is no contest. Beyond the agony of having your bones cut in two and stretched, CLL carries risks like pinhole infections, nerve damage, and severe deformity.

On a website called Make Me Taller, which launched two years ago, you can wade through message boards filled with self-loathing, hope, and hubris. “I would like to do 6 [centimeters] and go home sooner,” writes “12,” a patient about to undergo CLL in China. “I’ll have less possible complications and a shorter recovery time. The only thing that stops me from making that goal solid is the idea that I’ll be leaving almost an inch on the table. And yes, 2 inches is substantial, but isn’t 3 inches, like, mind-blowing?”

“What I hear is ‘People don’t take me as seriously as they would if I were taller,’” says Ellen Westrich, a psychologist who evaluates potential CLL candidates for Dr. S. Robert Rozbruch, a New York surgeon. “The dating [thing] is huge. In this culture, a certain value is placed on being taller than a woman, on being strong, being tall.” Some studies have shown that a man’s earning power and reproductive success correlate with his height. Add that information to the images of sad short-statured celebrities on shows like The Surreal Life and you can see why a man who stands well below the average American height of five feet ten deals with some very real misery.

Continued (page 3 of 4)

While most of the men Westrich screens are between five feet and five feet six, one in ten is over five eight, and some are significantly taller. At the Betz Institute, Jeff heard about a male model who left the clinic standing six feet two.

Some cases are more extreme than others. Before Akash Shukla had his surgery, he was four feet eleven and a half—not technically a dwarf but short enough to be mistaken for one. “People used to make a lot of jokes,” Shukla says. “I could never ask anyone out.” A 21-year-old engineering student from New Jersey, he took a year off from college to have CLL with Dr. Rozbruch. Six months and $200,000 later (that total includes expenses like equipment and physical therapy), he emerged standing five feet two. Though he says the surgery was “more painful than giving birth to seven children,” Shukla believes that the two and a half inches it gave him changed his life. “I have a new social confidence,” he says. He’s been approached by a number of men with questions about CLL—including a guy who was five feet eight. “I was like, ‘Oh my god, you’re actually considering cutting your bones in half to be five foot ten?’” Shukla says. “I’d give anything to be five foot eight.”

To save money, many CLL patients go to countries like Brazil, China, and Egypt, where the surgery, which isn’t covered by insurance, can cost as little as $10,000. Dr. Yasser Elbatrawy, an Egyptian surgeon, reports that 70 percent of his CLL patients come from North America; he says one was a recognizable Hollywood actor. “Some of these foreign surgeons are completely competent,” Paley says. “Others are doing it for mercenary reasons.”

And there are plenty of horror stories. On Make Me Taller, one former patient claims that he was abandoned during his lengthening procedure in Iran, shackled to an antiquated external leg-stretching device, and left with a handful of pain suppositories he had to self-administer. He returned to the United States with infections and his left leg bent at an odd angle; he was broke and near suicidal. “Tall or short, you are ugly when you limp and walk like a loser,” he writes in one post.

American doctors say they encounter cases like this regularly. “I just saw a guy who got lengthening on both tibias in the Ukraine,” Paley says. “He came back with infections, and surgeons had to shorten all the inches he’d gained. The guy still has a deformity.”

This spring, Jeff returned home from Germany. His life is, he insists, vastly improved. “The hardest thing is having to hide this,” he says. “I don’t want to be labeled as the guy that did limb lengthening.” The truth already came out with one buddy over drinks. But instead of meeting the news with ridicule, the friend, who is Jeff’s former height, was fascinated enough that he booked a flight to Germany to meet with Betz himself. “He saw my results and he’s pretty convinced,” Jeff says. Getting ready to return to work, Jeff has already bought a new wardrobe—including pants that have a 32-inch inseam. He can reach higher shelves without stretching or using a step stool. He imagines feeling the power of looking down at (or at least being eye-to-eye with) those who once towered over him. There will be new women to meet, as well—women who won’t give his height a moment’s thought. He’s also considering a career in stand-up comedy. Never mind that it was only a few inches; the way Jeff sees it, once you’ve freed yourself from the physical limits of your body, anything seems possible.

Continued (page 4 of 4)

“I’m not bitter anymore,” he says. “I’ll be a better father and husband and son. I just want to be the best person I can be.”

 

 

Testing Tissue Engineering Techniques On Goats With Coral Hydroxyapatite, CHAP And Bone Marrow Stromal Stem Cells, BMSCs

In me recent studying of using different types of tissue engineering ideas for bone defects ossification, I found two studies which I felt was worth really looking into to see how well two types of materials, the Coral Hydroxyapatite, CHAP and Bone Marrow Stromal Stem Cells, BMSCs will work in the healing of non-unions of bones. The previous post showed that the types of tissue engineered bone marrow stroma cells may not be that effective in being used for osteogeneis and/or bone healing.

Analysis & Interpretation

We see that these two studies are very similar to the article/study we looked at in the previous post since the same authors wrote these articles too. All of them are looking at the effectiveness of the coral hydroxyapatite (CHAP) and the bone marrow stroma stem cells (BMSCs).

From the 1st study, we see the same thing where only the CHAP and the BMSCs are being looked at for their effectiveness on the same type of bone defect, 2 cms. However in this study it seems that the researchers using the same type of bone formation measuring equipment noted that that the tissue engineering and the CHAP were effective after a few months. They conclude with “Tissue-engineered bone is capable of total repair of large bone defect in goats by forming normal functional new bones. CHAP can be eventually degraded completely and become the component of the newly generated bones.

From the 2nd study, I have only been able to get the abstract but still have been away to take away a few important parts. This study was similar but had a little more information which we can use for later research. the test animal were goats again. This time a 2.5 cm long defect was made to the middle of the right femur of the goats. What I would learn from this arbstract and study is that there should be two parts to the bone defect implant. If we imagine the bone defect being around 1 inch long, we realize we can’t just squeeze from type of stem cell into the bone layer and hope it will heal. There needs to be some type of scaffold or spongelike, porous, solid matrix material to hold the stem cells.

This is a lesson from tissue engineering research. For any type of implantation from grown/cultured cells, there has to be usually two parts to the implant.

1. The stem cells – For this study, we are looking at bone marrow stroma cells –

2. The medium for it to go into, or for this study, the coral hydroxyapatite – This is the matrix which the BMSCs are added into. The cells go into the empty cavities and line the inner walls of the matrix, and then the cells can interact with the cells of the surrounding natural tissues once the stem cell-scaffold is finally implanted.

The goats were actually broken up into two groups, the experimental and the control The control did have their femur also drilled with the same size of defect and had some other coral derivative added into the medium. The results showed that the MSCSs which are used to create bone with the CHAP matrix as a carrier did result in the bone healing almost properly after 4 months. The results showed that the two compounds worked well and the bones after healing was tested and had similar bone strength and rigidity as a bone which had not been drilled.

Implications For Height Increase

I think at this point it is clear that if we choose the distraction of bone idea, we would need to use the standard stem cell embedded into scaffold idea. Let’s remember that the coral hydroxyapatite is really just the non-organic, non-living mineral based element that makes the hard structure in our bone. Our bones have living and non living elements. The chondrocytes, stem cells, and such are living elements, cells. The nonliving elements are the proteins, the chemical compounds and elements, and the inorganic mineral stuff that make the bone. Bones get their hardness and have the matrix of the bone formed from the calcium derived hydroxyapatite. The researchers did note that this compound is great as a carrier/substrate because it can easily be resorbed by the bone system and leave almost a perfectly natural beone segment.

Let’s note that the stem cells which are supposed to be doing the real bone formation is the bone marrow stroma cells (BMSCs). The CHAP is used because it is so similar to the minerals already found in bone. The bonding is good and the human body doesn’t seem to reject it. This post shows us that the CHAP may be a very good candidate for a carrier/matrix element to be used in any proposed height increasing invasive implantation ideas.


From PubMed study 1 Long-term observation of large weight-bearing bone defect in goats repaired with tissue engineering technique

Nan Fang Yi Ke Da Xue Xue Bao. 2006 Jun;26(6):770-3. [Article in Chinese]  –  Chen B, Pei GX, Wang K, Tang GH.

Source – Department of Orthopedics and Traumatology, Nanfang Hospital, Southern Medical University, Guangzhou 510515, China.

Abstract

OBJECTIVE:

To observe the long-term effect of tissue engineering-based repair of large weight-bearing bone defect in goats, and the final outcome of the scaffold material coral hydroxyapatite (CHAP) in vivo.

METHODS:

Fifteen Chinese goats were subjected to operations to induce a 2-cm left tibial diaphyseal defect, which was filled subsequently with CHAP and bone marrow stromal stem cells (BMSCs). The repaired defects were evaluated by ECT, X-ray and histology in the early stage and at 6, 12, 18, and 24 months postoperatively.

RESULTS:

ECT showed good bone regeneration and revascularization within 2 months postoperatively. X-ray and histology displayed eccentric and gradual bone regeneration in the early stage, and the tissue-engineered bone graft was firmly healed with the goat tibia. X-ray and histological examination at 6, 12, 18, 24 months postoperatively revealed moulding of the new bones and medullary cavity recanalization, and the structure of CHAP disappeared and gradually integrated into the new bones.

CONCLUSION:

Tissue-engineered bone is capable of total repair of large bone defect in goats by forming normal functional new bones. CHAP can be eventually degraded completely and become the component of the newly generated bones.

PMID:   16793597      [PubMed – indexed for MEDLINE]     Free full text 

From PubMed study 2 link Tissue-engineered bone repair of goat-femur defects with osteogenically induced bone marrow stromal cells.

Tissue Eng. 2006 Mar;12(3):423-33. –  Zhu L, Liu W, Cui L, Cao Y.

Source – Department of Plastic and Reconstructive Surgery, Shanghai Ninth People’s Hospital, Shanghai Tissue Engineering Center, Shanghai Second Medical University, Shanghai, China.

Abstract

Tissue engineering can generate bone tissue and has been shown to provide a better means of repairing weight-bearing bone defect. Previous studies, however, have heretofore been limited to the use of nonosteogenically induced bone marrow stromal cells (BMSCs) or the application of slow-degradation scaffolds. In this study, weight-bearing bone was engineered using osteogenically induced BMSCs. In addition, coral was used as a scaffold material, due to its proper degradation rate for the engineering and repair of a goat femur defect. A 25 mm long defect was created at the middle of the right femur in each of 10 goats. The rates of defect repair were compared in an experimental group of ten goats receiving implants containing osteogenically induced BMSCs and in the control group of goats (n = 10) receiving just coral cylinders. In the experimental group, bony union was observed by radiographic and gross view at 4 months, and engineered bone was further remodeled into newly formed cortexed bone at 8 months. There was increased gray density of radiographic rays in the repaired area, which was significantly different (p < 0.05) from that of the control group. H&E staining demonstrated that trabecular bone was formed at 4 months. Moreover, irregular osteon was observed at 8 months. Most importantly, the tissue-engineered bone segment revealed a similarity to the left-side normal femur in terms of bend load strength and bend rigidity, showing no significant difference (p > 0.05). In contrast, the coral cylinders of the control group showed no bone formation. Furthermore, almost complete resorption of the carrier had occurred, being evident at 2 months in the control group. H&E staining demonstrated that a small amount of residual coral particle was surrounded by fibrous tissue at 4 months whereas the residues disappeared at 8 months. Based on these results, we conclude that engineered bone from osteogenically induced BMSCs and coral can ideally heal critical-sized segmental bone defects in the weight-bearing area of goats.

PMID:   16579676     [PubMed – indexed for MEDLINE]

How To Accelerate Osteanagenesis And Revascularization Of Tissue Engineered Bone In Big Animals

This is a study that will help me to at least develop a better understanding on the type of ideas and surgical methods that might be needed to make bone healing be possible if any distractions made is too large.

Analysis & Interpretation

The paper is in Chinese so the translated version to English is not as clear for a native English reader to understand. The basic premise is that the researchers got a bunch of goats, put them in 3 groups, and drilled a 2 cm wide hole in the tibia of the goats. The holes are then added with three different types of materials for each of the 3 groups to see how well the material added will be in helping the natural bone heal. The three types of implants used are…

  1. Coral Hydroxyapatite (CHAP)
  2. Coral Hydroxyapatite & Bone Marrow Stroma Cells (BMSCs)
  3. Coral Hydroxyapatite & Bone Marrow Stroma Cells & fascia flap (whatever this is)

The results showed that the first two groups saw either no or little bone healing. The 3rd group showed that the bone defect at around 2 cm wide still maanged to heal almost completely.

Implications for Height Increase

This paper was unique because we are still looking at the best type of fast bone healing/osteogenesis material. There may come a point where we choose to go with the bone distraction idea and if that is done, the defects made could be dramatic and we would need to look for a tissue engineered mixture to heal large bone defects purposely induced. We see from this post that the compound fascia flap seems to have the ability to induce vascularization for bone healing.

From PubMed study The method of accelerating osteanagenesis and revascularization of tissue engineered bone in big animal in vivo


Zhongguo Yi Xue Ke Xue Yuan Xue Bao. 2003 Feb;25(1):26-31.

[Article in Chinese]

Chen B, Pei GX, Wang K, Jin D, Wei KH, Ren GH.
Source

Department of Orthopaedics and Traumatology, Nanfang Hospital, First Military Medical University, Guangzhou 510515, China. chb@fimmu.com

Abstract

OBJECTIVE:

To study whether tissue engineered bone can repair the large segment bone defect of large animal or not. To observe what character the fascia flap played during the osteanagenesis and revascularization process of tissue engineered bone.

METHODS:

9 Chinese goats were made 2 cm left tibia diaphyseal defect. The repairing effect of the defects was evaluated by ECT, X-ray and histology. 27 goats were divided into three groups: group of CHAP, the defect was filled with coral hydroxyapatite (CHAP); group of tissue engineered bone, the defect was filled with CHAP + bone marrow stroma cells (BMSc); group of fascia flap, the defect was filled with CHAP + BMSc + fascia flap. After finished culturing and inducing the BMSc, CHAP of group of tissue engineered bone and of fascia flap was combined with it. Making fascia flap, different materials as described above were then implanted separately into the defects. Radionuclide bone imaging was used to monitor the revascularization of the implants at 2, 4, 8 weeks after operation. X-ray examination, optical density index of X-ray film, V-G staining of tissue slice of the implants were used at 4, 8, 12 weeks after operation, and the biomechanical character of the specimens were tested at 12 weeks post operation.

RESULTS:

In the first study, the defect showed no bone regeneration phenomenon. 2 cm tibia defect was an ideal animal model. In the second study, group of CHAP manifested a little trace of bone regeneration, as to group of tissue engineered bone, the defect was almost repaired totally. In group of fascia flap, with the assistance of fascia flap which gave more chance to making implants to get more nutrient, the repair was quite complete.

CONCLUSIONS:

The model of 2 cm caprine tibia diaphyseal defect cannot be repaired by goat itself and can satisfy the tissue engineering’s demands. Tissue engineered bone had good ability to repair large segment tibia defect of goat. Fascia flap can accelerate the revascularization process of tissue engineered bone. And by this way, it augment the ability of tissue engineered bone to repair the large bone defect of goat.

PMID: 12905602     [PubMed – indexed for MEDLINE]

Using Chinese Traditional Medicine Bone Growth Fluid In Bone Lengthening Area

Me: The main reason for this post was to show that many of ancient traditional Chinese and Indian medicine which claim to promote and help increase height and grow taller may have some validity, although it is kind of hard to separate the real science from the exaggerations. We see this group of chinese orthopedic researchers in a military hospital in china try to inject and administer the “bone growth fluid” into goats to see what would be their effect on the healing process during distraction osteogenesis. The distraction is made on the upper metaphysis of the left tibia. The results seem to show that there was earlier bone formation was seen in the experimental group than the control group of goats. They conclude by stating “Chinese Traditional medicine, “Bone Growth Fluid”, could accelerate the accumulation of the trace elements in callus on the distracted sites and it might play some role in the promotion of osteogenesis and bone remodeling in bone lengthening.

From PubMed study link HERE


Zhongguo Xiu Fu Chong Jian Wai Ke Za Zhi. 1998 Sep;12(5):315-8.

Experimental study on the effect of Chinese traditional medicine “bone growth fluid” in the change of trace elements in bone lengthening area

[Article in Chinese]
Zou P, Li Z, Ruan M.

Source

Orthopedic Center of PIA, Kunming General Hospital, Chengdu Military Region, P.R. China.

Abstract

In order to study the effect of Chinese traditional medicine, “Bone Growth Fluid”, on bone formation in bone lengthening, the limb lengthening model was made on goat to observe bone formation in the distracted area, and the content of the trace elements was determined. The bone-lengthening operation was carried out on the upper metaphysis of left tibia. The animals were divided into two groups following operation. From 2nd day after operation, “Bone Growth Fluid”, 10 ml per kilogram body weight, was given daily to goats in the experimental group, and same amount of normal saline was given to goats in another group as control. The results showed-that new bone formation and bone remodeling in the experimental group appeared earlier than that in the control group, and the content of the trace elements was also improved. So Chinese Traditional medicine, “Bone Growth Fluid”, could accelerate the accumulation of the trace elements in callus on the distracted sites and it might play some role in the promotion of osteogenesis and bone remodeling in bone lengthening.

PMID: 10437115       [PubMed – indexed for MEDLINE]

Reviewing Company LiftKits Or Lift Kits, Height Increasing Insoles By Derek White

Me: Although there is already quite a few links and online shops I put in the resource section, there does seem to be one company or corporation that I have noticed been getting quite a bit of media coverage, at least more than the usual shop which offers height enhancing footwear. I was recently made aware of a company called Lift Kits

The name of their website is My Lift Kits at myliftkits.com. Looking at the section and variety of products they sell, I would say that the quality and insoles they sell is above average than what you might find from Alibaba or Ebay. The founder is some guy named Derek White who seems to be based off of Hollywood, California.

It seems that there is even a few big named celebrities who is on video sponsoring this company and its products. In the video section HERE  the main video is from some actor Rick Mora (I don’t know who he is) who appears to be from the Twilight series movies, which I have no opinion about.

The message on the website says that with these comfortable insoles, you can increase you height by up to 2 inches. Judging by the insole thickness, I would say they are better quality and better suited for the wearer in mind than some other online shops. At least with these, they look kind of comfortable.

The big difference between the design of these insoles compared to others seems to be the ability to snap on more insoles in a easy fashion to add to the thickness of the insoles. It is kind of clever.

Ultimately it is about confidence and having a better state of mind. I think that is admirable. The website is fashionably designed, which can be easily made using a premium wordpress theme with the wordpress platform. The website is connected with social media to the biggest networks, and has a easy to reach phone number. From a internet marketing perspective, the website designer is doing everything right.

I personally don’t know much about the founder Derek White but I think he is an actor or at least someone in the hollywood scene. Lift Kits have so far been getting press from some of the biggest magazines around including Maxim, US Weekly, Elle, inTouch, The Today Show, The Tyra Show, OK! Magazine, and many many more. Overall, this Derek guy is not selling something completely new, but the marketing and personal connections the founder has definitely helped in bringing this website and the company out in the spotlight and get more coverage than most other height insole selling websites.

Personally, our website website here is intended to find a real valid method or technique to increase height for the individual who has already reached physical maturity and have their epiphyseal plates closed. This product offers a easy, simple, quick solution to help provide a person the extra confidence when they know that that they can look better from using the insoles. I do not endorse, promote, or sell any products related to the company. I just think the company is well received by the media, has a novel approach to height increase insoles, and is doing a good job in providing a nice product for people who wish to look taller.

I decided to post a Youtube video of the founder Derek White talking about his story up which I found from Youtube. The source link is from HERE


Dramatic Increase in Chinese Youths’ Average Height By 7 cm For Boys and 6 cm For Girls In 20 Years In 2002 News

Me: Somehow I stumbled upon this news of how the youth in China have increased by 6 cm in the last 20 years. What is amazing is that the news article was posted in 2002, 10 years ago. Going by that projection we can say that the youths’ height in the younger, up and coming generation of Chinese are probably 3 cms or a little over 1 inch taller than the youth we found in 2002, since we are now 10 years further along. It is easy to assume that along with economic increase and progress, the average height of a nation should increase. For the urban population in terms of males, they increased by 6.2 cm while for the females, they increased by 4.8 cm, both figures very impressive. However the numbers for the chinese youth in suburbs is even higher, at 7.5 cm increase and 6.1 cm increase for boys and girls, respectively.

We saw the same type of development in Japan and India with the correlation between increase in height and economic prosperity.

From a previous article I wrote, we saw that the youth of India in upper middle class young boys increased by about 4.5 cms in the last 15-20s years. At this current time, I don’t have the link to the old post, but it can be found in the archives if you really wanted to find the post I did.

The news link was taken from a Chinese news website link HERE

Last updated at: (Beijing Time) Wednesday, June 19, 2002

Dramatic Increase in Chinese Youths’ Average Height

Chinese youths’ average height rises 6cm as compared to that of 20 years ago, far exceeding the world average level. It is almost the same with that from 1960s to ’70s when Japan was experiencing a high economic development.
Chinese youths’ average height rises 6cm as compared to that of 20 years ago, far exceeding the world average level. It is almost the same with that from 1960s to ’70s when Japan was experiencing a high economic development. It is a conclusion of a survey conducted by the panel on health of Chinese students, after analyzing several items like height, weight and chest measurement of students aged from 7 to 17 scattered in 16 provinces from 1979 to 2000.The survey shows urban male and female students have put on a respective height of 6.2cm and 4.8cm over that in the last 20 years, suburban male and female students, an average of 7.5cm and 6.1cm.

According to the world average level youths put on height of 1cm and weight of 0.5kg every 10 years. Chinese youths have so to speak exceeded the standard level.

By PD Online Staff Yang Ruoqian