1. Endoscopic nasal lateral wall dissection approach for benign lesions of maxillary sinus
Academic Journal of Second Military Medical University 2010;30(5):561-564
Objective: To report our experience on endoscopic nasal lateral wall dissection approach for treatment of refractory benign maxillary sinus diseases. Methods: The data of 8 patients, who had relapsing maxillary diseases 2 to 4 times after maxillary sinus or ethmoid sinus surgery, were retrospectively analyzed. The patients included 6 males and 2 females,with an average age of (55 + 14) years(41-69 years). Under general anesthesia the operation started from an incision in front of the inferior turbinate (IT),then the lacrimal duct(LD) was dissected to form a IT-LD flap. The flap was placed inwardly and the maxillary sinus lesion was removed under endoscope. The inferior antrostomy was performed when necessary. The possibility of maxillary sinus malignant lesions was ruled out by postoperative pathology. Results: Postoperative pathological findings confirmed that the lesions were all benign. The follow-up period ranged from 6-14 months. Five patients were cured and 3 were improved 6 months after operation. There were no complications such as cheek numbness, epiphora, orbital hemorrhage, visual disorder or cerebrospinal fluid rhinorrhea during follow-up. Conclusion:The endoscopic nasal lateral wall dissection approach provides a wider vision field and allows for a thorough removal of maxillary sinus lesions, while reserving the LD and IT.
3.Impact of storage conditions and time on herb of Lonicera macranthoides.
Peng MA ; Long-Yun LI ; Ying ZHANG
China Journal of Chinese Materia Medica 2014;39(6):981-991
To study the effect of different storage conditions and storage time on herb quality of Lonicera macranthoides, different packaging materials including vacuum plastic bags, plastic bags, woven bags, sealed with endometrial bags, paper bags, sack bags were selected for the study under different storage conditions including room temperature, 5 degrees C refrigerator, low temperature of - 20 degrees C refrigerator and desiccator. Twenty-four batches of samples were used for the study, and active ingredients were determined. The experimental results showed that the ingredients in each storage group changed with the storage time, storage conditions (storage environment, packaging). Under the same storage time, the storage environment (temperature, humidity) had effect on the stability of herb quality. Low temperature had less effect on herb quality. The effect of packaging on herb quality was as following: plastic vacuum packaging > woven with endometrial sealed packaging > plastic bag > woven bag > sack bags > paper bags. Under the same storage conditions, with the increase of storage time, caffeic acid content increased slowly, and other five ingredients content decreased gradually. Storage time affected significantly on the intrinsic quality (chemical composition) and appearance of herb. It is suggested that low temperature (5 degrees C), dark and sealed storage are suitable for storage of L. macranthoides herb, the storage time should be not more than 24 months.
Desiccation
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Drug Packaging
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Drug Storage
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methods
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Drugs, Chinese Herbal
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chemistry
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Lonicera
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chemistry
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Organic Chemicals
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analysis
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Quality Control
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Time Factors
4.The current status and influencing factors of falls self-efficacy among the stroke elderly patients
Ying LI ; Yun CHENG ; Lirong ZHAO
Chinese Journal of Practical Nursing 2014;30(23):12-16
Objective To investigate the current status and influencing factors of falls self-efficacy among the stroke elderly patients.Methods Totally 170 elderly stroke patients were investigated using the Modified Falls Efficacy Scale (MFES),and they were tested with Berg Balance Scale (BBS) and Time Up and Go Test (TUGT).Results The average score of falls self-efficacy was 108.There were 50.6% elderly stroke patients assigned to the group with low falls self-efficacy.Multiple Logistic regression analysis indicated that impairments of balance and mobility,severe stroke-related disability were the independent influencing factors associated with FOF,which could explain 52.0% of variations.Conclusions Low falls self-efficacy among the stroke elderly patients is a common complaint,nurses and physicians should focus on this problem,interventions combining exercise and education of accidental falls should be taken to improve falls self-efficacy of elderly stroke patients,and prevent falls finally.
5.Treatment of post-menarche idiopathic central precocious puberty in girls with combined gonadotropin-releasing hormone analog and growth hormone.
Yun LI ; Li LIANG ; Li-ying SUN ; Guan-ping DONG
Chinese Journal of Pediatrics 2005;43(8):627-628
Age Determination by Skeleton
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Body Height
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drug effects
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Child
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Child Development
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drug effects
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Drug Therapy, Combination
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methods
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Female
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Gonadotropin-Releasing Hormone
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administration & dosage
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analogs & derivatives
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therapeutic use
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Growth Hormone
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administration & dosage
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therapeutic use
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Humans
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Menarche
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Puberty, Precocious
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diagnosis
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drug therapy
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physiopathology
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Treatment Outcome
6.Optimization on Extraction Technology of Shu-Feng Ding-Chuan Granules in Huang-Qin Group by Box-Behnken Response Surface Methodology
Ruihua LI ; Ying LI ; Yongxiang WANG ; Yun WU ; Gang DING
World Science and Technology-Modernization of Traditional Chinese Medicine 2015;(11):2290-2295
This study was aimed to optimize the extraction technology of Shu-Feng Ding-Chuan(SFDC) granules in the Huang-Qin(HQ)group by Box-Behnken response surface methodology(RSM).With three major characteristic components (baicalin,praeruptorin A and solid content in extraction liquid),the effects of four factors,such as the concentration of ethanol,the dosage of ethanol,the duration of extraction and the extraction times,were investigated by the single factor experiment.Then,the range of parameters of key factors was further studied and explored by Box-Behnken RSM.The results of single factor experiment and Box-Behnken design showed that the optimum preparation conditionswere 8-fold 70% ethanol,extracted for 2 times,with 1.0 h per each time.Under these conditions,the transfer rates of baicalin and praeruptor in A were 89.57% and 87.90%,respectively.And the transfer rateof solid content was 32.35%.It was concluded that the single factor experiment combined with RSM can be used in theoptimization of extraction technology for SFDC granules in the HQ group.This technique wasstable and feasible,which provided scientific evidences for the industrial production.
7.Case of ophthalmalgia caused by facial paralysis.
Qi-Tai LI ; Lian-Ying LU ; Yan-Yun LIU
Chinese Acupuncture & Moxibustion 2011;31(8):768-768
9.Study on optimal harvest period of Lonicera Flos (Lonicera macranthoides).
Long-Yun LI ; Ying ZHANG ; Peng MA ; Ye-Kuan WU
China Journal of Chinese Materia Medica 2014;39(16):3060-3064
To ascertain the optimal harvest period of Lonicera Flos (Lonicera macranthoides) the configuration yield and quality of L. macranthiodes bloom verity and bud verity flower at different develop periods were Observed. The quality of L. macranthiodes which harvested at different times of the day was Compared. The configuration was significant difference between different develop period of L. macranthiodes flower. As bud growth, yield increased. Bloom verity of L. macranthoides chlorogenic acid content was significantly lower after opening (silver flower stage, golden flower stage), before opening (young bud stage, green-white stage) have no significant difference of the quality. Bud verity of L. macranthoides macranthoidin B is significant lower at yellow-white stage, young bud stage and green-white stage have no significant difference of the quality. The chlorogenic acid and isochlorogenic acid A content is significant difference between L. macranthoides harvested at different time of the day. The optimal harvest period of bloom verity is the white stage, picking time for 10:00 before and after 18:00. The optimal harvest period is the green-white stage, picking time is 8:00 before and after 18:00.
Agriculture
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Drugs, Chinese Herbal
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analysis
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Flowers
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chemistry
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growth & development
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Lonicera
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chemistry
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growth & development
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Time Factors