AIM:To study the effects of orthokeratology, low concentration atropine and frame glasses on juvenile myopia prevention and control. METHODS: A total of 120 juvenile patients(240 eyes)with mild to moderate myopia were chosen in our hospital from January 2016 to July 2016. They were divided into 3 groups voluntarily. Children in orthokeratology group(40 cases, 80 eyes)were treated with orthokeratology; children in low concentration atropine group(40 cases, 80 eyes)were treated with low concentration atropine; children in frame glasses group(40 cases, 80 eyes)were treated with frame glasses. After 18mo follow-up, refractive degree and ocular axial length of three groups were statistically analyzed. RESULTS: After 18mo, diopters of children in...
Orthokeratology can change the shape of the cornea and control the growth of the eye axis through th...
AIM:To discuss the efficacy and safety of orthokeratology with reducing back optic zone diameter(5mm...
Background. To explore the effect of atropine 0.01% on accommodation functions and pupil size for sa...
AIM: To investigate the related factors influencing the myopia control effect in adolescents with or...
AIM: To observe the control effects of low concentration atropines, orthokeratology, and spectacles ...
AIM:To investigate the short-term effectiveness of orthokeratology(ortho-k)on controlling low-to-mod...
OBJECTIVE:To evaluate the clinical treatment effects of orthokeratology to slow the progression of m...
To evaluate the clinical treatment effects of orthokeratology to slow the progression of myopia.Seve...
To evaluate the clinical treatment effects of orthokeratology to slow the progression of myopia.Seve...
AIM: To observe the change of axial length in anisometropia myopia with simple eye receiving orthoke...
AIM: To evaluate the long-term efficiency and safety of overnight orthokeratology in myopia correcti...
Purpose: This randomized clinical trial assessed the treatment effects of atropine and/or multi-foca...
Atropine and orthokeratology (OK) are both effective in slowing the progression of myopia. In the cu...
Atropine and orthokeratology (OK) are both effective in slowing the progression of myopia. In the cu...
AIM: To assess the efficacy and safety of orthokeratology for reducing the progression of myopia in ...
Orthokeratology can change the shape of the cornea and control the growth of the eye axis through th...
AIM:To discuss the efficacy and safety of orthokeratology with reducing back optic zone diameter(5mm...
Background. To explore the effect of atropine 0.01% on accommodation functions and pupil size for sa...
AIM: To investigate the related factors influencing the myopia control effect in adolescents with or...
AIM: To observe the control effects of low concentration atropines, orthokeratology, and spectacles ...
AIM:To investigate the short-term effectiveness of orthokeratology(ortho-k)on controlling low-to-mod...
OBJECTIVE:To evaluate the clinical treatment effects of orthokeratology to slow the progression of m...
To evaluate the clinical treatment effects of orthokeratology to slow the progression of myopia.Seve...
To evaluate the clinical treatment effects of orthokeratology to slow the progression of myopia.Seve...
AIM: To observe the change of axial length in anisometropia myopia with simple eye receiving orthoke...
AIM: To evaluate the long-term efficiency and safety of overnight orthokeratology in myopia correcti...
Purpose: This randomized clinical trial assessed the treatment effects of atropine and/or multi-foca...
Atropine and orthokeratology (OK) are both effective in slowing the progression of myopia. In the cu...
Atropine and orthokeratology (OK) are both effective in slowing the progression of myopia. In the cu...
AIM: To assess the efficacy and safety of orthokeratology for reducing the progression of myopia in ...
Orthokeratology can change the shape of the cornea and control the growth of the eye axis through th...
AIM:To discuss the efficacy and safety of orthokeratology with reducing back optic zone diameter(5mm...
Background. To explore the effect of atropine 0.01% on accommodation functions and pupil size for sa...