Biomedical Research ; methods ; Combined Modality Therapy ; methods ; trends ; Delivery of Health Care, Integrated ; methods ; Geography ; Humans ; Medicine, Chinese Traditional ; methods ; Patient Care Planning ; trends ; Patient-Centered Care ; methods ; trends ; Western World

Acupuncture ; methods ; Acupuncture Therapy ; utilization ; Communication Barriers ; Culture ; Geography ; Global Health ; Humans ; Interdisciplinary Communication ; Medicine, Chinese Traditional ; methods ; Randomized Controlled Trials as Topic

Decision Making ; Evidence-Based Medicine ; Integrative Medicine ; Medicine, Chinese Traditional ; Practice Patterns, Physicians'

China ; Drugs, Chinese Herbal ; pharmacology ; Evidence-Based Medicine ; Herb-Drug Interactions ; Humans ; Integrative Medicine

Artemisinins ; therapeutic use ; Complementary Therapies ; economics ; Delivery of Health Care ; Humans ; Malaria ; drug therapy ; Practice Patterns, Physicians' ; Treatment Outcome

Background Epipolis laser in situ keratomihusis(Epi-LASIK) is an potential surgery for myopia because it synthesize advantages of LASEK and LASIK. But its clinical effectiveness and safeness is remarkable.Objective This study was to evaluate the clinical curative effects and safeness of Epi-LASIK for myopia in different diopter of population. Methods Retrospective study was designed for 208 eyes of 104 patients who underwent EpiLASIK for the correction of myopia. The patients were divided into two groups according to preoperative diopter:lower myopia group( ≤ -6.00 D, 111 eyes) and high myopia group ( ＞-6.00 D,97 eyes). The time of epithelial healing, postoperative syndrome, postoperative visual acuity, refraction, intraocular pressure (IOP) , the safe index, the efficacy index and haze were evaluated at 1,3,6,12 months postoperatively. The written informed consent was obtained from each individual before surgery. Results After operation, 20 eyes ( 18.02% ) of lower myopia group and 29 eyes (29.90%) of high myopia group had obvious pain, presenting statistically significant difference between two groups (X2 = 4. 060, P＜0.05 ). The mean time of epithelial healing was (5.49±0. 83 )days in lower myopia group and (5.85± 0.68 )days in high myopia group with a delayed epithelial healing time in high myopia group( u= 3. 377 ,P＜0.05 ).One year after the treatment,the uncorrected visual acuity( UCVA ) ≥ 1. 0 was 90. 99% ( 101 eyes) in lower myopia group and 75.26% ( 73 eyes) in high myopia group, and 9.91% ( 11 eyes) and 15.46% ( 16 eyes) of the eyes improved byl line or more in best spectacle corrected visual acuity(BCVA) ;whereas 3.60% (4 eyes)and 6. 18% (6 eyes)lost a line or more. 91.89% ( 102 eyes) and 85.57% (83 eyes) in both groups gained within 1.00 D of the attempted correction. The safety index and efficacy index were 1.04 and 0. 98 in lower myopia group,and 1. 01 and 0. 96 in high myopia group without statistically significant difference( P＞0. 05 ). haze occurred in 6 eyes in lower myopia group and 9 eyes in high myopia group and the difference in haze grading was not statistically significant between two groups ( P＞0. 05 ). The high intraocular pressure appeared in 10 eyes and 9 eyes in low myopia group and high myopia group respectively during the fellow up duration and back to normal after topical use of timolol. Conclusion Epi-LASIK is an effective and safe method for correction of different diopters of myopia because of its mild symptom and lower incidence of haze.

AlM:To provide a proper assessment of the clinical use of orthokeratology by observing and analyzing the ocular biometric changes of the eyes and the stereopsis of the myopia.
METHODS:Sixty eyes from 30 myopia ( from 8 to 17 years old) were fitted with orthokeratology. Stereopsis, visual acuity, near visual acuity, central corneal thickness, anterior chamber depth, average anterior corneal refractive power ( K value ) , and intraocular pressure were measured before the orthokeratology treatment and 3mo after it. Refraction was expressed as spherical equivalent ( SE) , and the subjects were divided into 3 groups according to refraction: low myopia group (SE<-3.00D), moderate myopia group (-3. 00D≤SE<-6. 00D), and high myopia group (SE≥-6. 00D).
RESULTS:All subjects had significant improvements in visual acuity and near visual acuity 3mo after the orthokeratology treatment (P<0. 01). ln the comparisons of any pair of the groups, there was no significant difference in the near visual acuity ( P>0. 05 ). Three months after the orthokeratology treatment, Naked eye near stereoacuity values of all subjects were decreased (P<0. 01). There was no significant difference in the comparisons of the differences of stereopsis between any pair of the groups ( P> 0. 05 ). There was significant correlation in stereopsis and anisometropia ( Pearson coefficient r = 0. 778, P < 0. 01 ). And with greater anisometropia, the stereopsis was higher. All subjects had significantly lower K values than before 3mo after the orthokeratology treatment ( P< 0. 01 ). There was no significant difference in central corneal thickness, anterior chamber depth, and intraocular pressure (P>0. 05).
CONCLUSlON:Orthokeratology could lower K value in a short time and change the corneal curvature to correct myopia, to improve visual acuity and near visual acuity. lt also has an influence on improving stereopsis. There are no obviously changes in patients' central corneal thickness, anterior chamber depth or intraocular pressure after the orthokeratology treatment, making it a safe and effective treatment for adolescent.

Objective To investigate the relationship between exposure intensity and illumination time of blue light and replicative senescence of rat retinal pigment epithelial (RPE) ceils.Methods Thirty-six 12-14 weeks Wistar rats were kept in the cage with a blue-light bulb [(450±10) nm],and were randomly divided into four groups (no light,nature light,500 lx light and 1000 lx light illumination),each has nine rats.The rats in each group were further divided into three subgroups according to illumination time (one month,two months or three months).Eyeballs were collected after intraperitoneal injection of 10% chloral hydrate.The right eye of each rat was embedded in paraffin and sectioned for hematoxylin-eosin (HE)staining,while frozen sections of the left eye were stained for the senescence-associated β-galactosidase (SA-β-Gal).The data were analyzed by SPSS11.5 statistical software.Results The amounts of SA-β-Gal positive RPE cells were significantly different between all groups under the same illumination time 17 (P=0.000),and between all subgroups of different illumination time with same exposure intensity (P＜0.01)except for the control group (no light).Conclusion Blue-light can induce replicative senescence in rat RPE cells in an intensity and time-dependent manner.

Objective:To select proper macroporous resins for enrichment triptolide.Methods:Experiments were performed to adsorb triptolide by three types macroporous resins.Then the triptolide and solide content on the columns were eluated with 95% alcohol and determined by HPLC.Results:Results showed that the macroporous of type D101 is the best choice for enrichment of triptolide.Conclusion:the macroporous of type D101 can be used for triptolide enrichment.

"Same treatment to different diseases" is the key theoretic basis for clinical research of combination of TCM and WM.The article explores its application in developing new Chinese drugs,exemplified with "Huaxia Small Onion Preparation" made by Pro.Zhang Jiemei.