(一)、找出近视形成的原因？才能治疗控制眼轴增长的近视眼。绝大部分近视是由于视疲劳和低头导致。（其他近视原因医学界有诸多经验，我以后也需要更深层次的学习。）
根据我有限认知分析的观点：人的眼睛是根据看的清的需求去主动适应舒适所需距离，除非外在环境的强制性，就算强制性长期看近导致的晶状体变厚不能回弹的假性近视，视觉训练或休息可以治好。
(二)、我认为真性近视眼轴过长的近视，无论用眼看远和看近，由于眼球的自身硬度和眼肌的力量、 视疲劳、低头下滑地球引力牵拉多重力作用下的一个量变到质变的增长过程。前面的六分之一的屈光系统调节力促使眼轴改变的力量微乎其微。正确的说法真性近视的成因与看近不是关联关系。人的视觉会根据舒适放松而追寻能看清的距离去主观调整。近调节与远调节哪个更累，假如你低头长时间聚焦看清楚远处的物体呢会不会视力疲劳呢？只不过我们平时看远习惯性抬头远看，而且远处的物体没有要求看清，抬头且无长期强制性要求看清，自然而然是放松的状态。大部分看清远处物体没有低头的机会。 在此多说一些，也是把我以前的误解近距离用眼后用眼远眺就能避免得了近视的误解，在这里吐露一下。
(三)、笔者认为真性近视（眼轴过长），既然能拉变形变长在初期就有可塑性，就有可治疗基础就有机会变回正常水平。所听到跟长个子一样长长了不是同理，切勿诱导无知患者任放弃希望而耽误了良好的治疗机会。目前迫切需要解决的青少年眼轴增长，渴望想办法回归正常的方法，此信是想请教并且想和这方面的眼研机构一起研究探讨解决青少年的眼轴过长导致的近视。我想我的治疗近视方案已经实验过且算较成功，在现有医疗条件下根据医学专业知识再加以改进，思维互补或许可以推进近视治疗甚至可能治愈。由于种种原因干扰停止了感到烦恼可惜，希望能够继续发挥。
(四)、盲盲人有杰出的医学研究者发明了人造眼睛给盲人带来希望给他们带来快乐让他们看清世界......。那么这个近视到底有多难，还是这块没有正确的思路或者没有重视研究，还是已经有了解决方案只是未知而已。
假如成年人在人体眼球组织玻璃体这块认真下功夫研究，是不是也可以改变眼轴的长短。大概思维是玻璃体是支撑眼球的，眼球壁的主要组成之一是巩膜，是眼球纤维膜的后5/6部分是一种结膜组织,主要由弹力纤维组成,质地坚硬不透明,可以维持眼球形状,起着保护眼球的作用。（既然是弹力纤维具有可塑性吗？），呵呵是不是人造眼球比改变人类眼球要艰难多多要辛苦得多多.....。确实需要综合考虑视神经和视血管和视网膜多方因素等等。您有想法与看法方便可留言：E-MAIL:eyehealth@hutonghuan.vip; 谢谢您们！
根据各种尝试治疗近视眼观察和自学眼科知识所写。（请问大家正确否。）
数亿人有望"看见" 未来的近视能够治愈， 无论从自身、还是对下一代的忧虑。
(1) What are the causes of myopia? Only by understanding these causes can we treat and control the elongation of the eye axis in myopic eyes. The majority of myopia is caused by visual fatigue and prolonged lower one's head (There are many experiences in the medical field regarding other causes of myopia. I also need to study them in greater depth in the future.)
According to the author's limited cognitive analysis: The human eye actively adjusts to the comfortable viewing distance based on the need to see clearly. Unless there is external compulsion, even if long-term near-vision causes the lens to thicken due to forced viewing and cannot return to its original state, resulting in pseudo-myopia, visual training or rest can cure it.
(2) I believe that true myopia, where the eye axis is excessively long, whether when looking far or near, is a gradual process of quantitative change leading to qualitative change under the combined influence of the inherent hardness of the eyeball, the strength of the eye muscles, visual fatigue, and the gravitational pull caused by the downward tilt and the pull of the earth's gravity. The adjustment force of the first six-tenths of the refractive system is so insignificant that it has little effect on changing the eye axis. The correct statement is that the cause of true myopia is not related to looking near. The human vision will adjust subjectively to the distance that is comfortable and relaxing. Which one is more exhausting, the near adjustment or the far adjustment? If you keep your head down and focus on seeing distant objects clearly for a long time, will you experience visual fatigue? However, in our daily habits, we tend to look far away habitually and look far when seeing distant objects. Moreover, distant objects do not have the requirement to be clearly seen, and there is no long-term mandatory requirement to see clearly. Therefore, it is naturally in a relaxed state. Most of the time, there is no opportunity to look down and see distant objects clearly. Let me say more about this, as well as to clarify my previous misunderstanding that near vision use can prevent myopia. Here I would like to express it.
(3)This letter is to seek advice and to jointly study and explore solutions to the myopia caused by the elongation of the eye axis.I think my plan for treating myopia has been tested and is relatively successful. With the current medical conditions and based on medical expertise, further improvements can be made. Complementary thinking might advance the treatment of myopia and even lead to a cure. I feel frustrated and regretful that it was halted due to various reasons.Hope to be able to continue to perform well. Thank you all!
(4) Blind people have Remarkable medical researchers who invented artificial eyes Bringing hope to enable Bring happiness to the blind to see the world clearly...... So just how difficult is this case of myopia? Is it because there is a lack of correct thinking or insufficient research? Or is there already a solution but it remains unknown?
If adults were to conduct in-depth research on the vitreous body of the human eye, could they possibly alter the length of the eye axis? The idea is that the vitreous body supports the eye, and one of the main components of the eye wall is the sclera, which is the posterior 5/6 part of the fibrous membrane of the eye and is a kind of conjunctival tissue. It is mainly composed of elastic fibers and has a hard and opaque texture, which can maintain the shape of the eye and play a protective role. (Since elastic fibers are pliable, could it be said that artificial eyes are much more difficult and laborious than altering human eyes?) 。 It is indeed necessary to take into account various factors such as the optic nerve, optic vessels, and retina. If you have any thoughts or opinions, please feel free to leave a message. Thank you all!
The following is written by a mother from Beijing, China, who is not a medical professional. It is based on her observations of various treatments for myopia and her self-study of ophthalmology knowledge.
Hundreds of millions of people are expected to "hope " that nearsightedness can be cured in the future, both for their own sake and out of concern for the next generation.
(From Beijing, China.
https://www.hutonghuan.vip/eyehealth.htmlE-MAIL:eyehealth@hutonghuan.vip)
Hundreds of millions of people are expected to "see" that nearsightedness can be cured in the future, regardless of concerns about oneself or for the next generation.
E-MAIL:eyehealth@hutonghuan.vip
数亿人有望"看见"
未来的近视能够治愈，
无论从自身
还是对下一代的忧虑。