With the rapid development in cataract operation,characteristics and types of intraocular lens have been improving and altering all along in over fifty years.The correct selection for intraocular lens is significant for cataract patient to get better vision after operation.Description of characteristics and selection of the intraocular lens are summarized.

Objective To observe the effects of restricted and high-fat diets on behavioral changes of wild-type(Adrb1+/+)and transgenic mice carrying Adrb1-A187V mutation(Adrb1+/m)with short sleep durations.Methods Adrb1+/+and Adrb1+/m C57BL/6 mice were randomized into normal chow group(25 Adrb1+/+and 26 Adrb1+/m mice for behavioral monitoring),odor retention fasting group(17 Adrb1+/+and 19 Adrb1+/m mice for behavioral monitoring;6 Adrb1+/+mice and 6 Adrb1+/m mice for EEG/EMG monitoring),absolute fasting group(6 Adrb1+/+and 4-5 Adrb1+/m mice for behavioral monitoring;6 Adrb1+/+and 6 Adrb1+/m mice for EEG/EMG monitoring),and high-fat diet group(6 Adrb1+/+and 7 Adrb1+/m mice for behavioral monitoring;6 Adrb1+/+and 6 Adrb1+/m mice for EEG/EMG monitoring).Electrodes for EEG and muscle activity monitoring were implanted on the skulls of the mice.After 24 h of odor retention fasting,absolute fasting,or high-fat feeding,the mice were observed for behavioral changes adapted to diet changes.Results In odor retention fasting experiment,Adrb1+/m mice exhibited more stable fluctuations of activities with mildly reduced movement and prolonged sleep duration,indicating enhanced starvation resistance.In absolute fasting experiment,Adrb1+/m mice showed significantly increased nighttime water intake,improved rhythmicity in water intake(frequent intakes in small amounts),and increased duration of non-rapid eye movement sleep(NREM).In the high-fat diet experiment,Adrb1+/m mice showed higher levels of activity with increased instances of nighttime rearing,longer movement distances,and increased rapid eye movement sleep during daytime.Conclusion Adrb1+/m mice can quickly respond to environmental changes and under restricted dietary conditions,they can conserve energy by increasing sleep to maintain energy homeostasis but show higher levels of activity under high-fat dietary conditions.

Objective To observe the effects of restricted and high-fat diets on behavioral changes of wild-type(Adrb1+/+)and transgenic mice carrying Adrb1-A187V mutation(Adrb1+/m)with short sleep durations.Methods Adrb1+/+and Adrb1+/m C57BL/6 mice were randomized into normal chow group(25 Adrb1+/+and 26 Adrb1+/m mice for behavioral monitoring),odor retention fasting group(17 Adrb1+/+and 19 Adrb1+/m mice for behavioral monitoring;6 Adrb1+/+mice and 6 Adrb1+/m mice for EEG/EMG monitoring),absolute fasting group(6 Adrb1+/+and 4-5 Adrb1+/m mice for behavioral monitoring;6 Adrb1+/+and 6 Adrb1+/m mice for EEG/EMG monitoring),and high-fat diet group(6 Adrb1+/+and 7 Adrb1+/m mice for behavioral monitoring;6 Adrb1+/+and 6 Adrb1+/m mice for EEG/EMG monitoring).Electrodes for EEG and muscle activity monitoring were implanted on the skulls of the mice.After 24 h of odor retention fasting,absolute fasting,or high-fat feeding,the mice were observed for behavioral changes adapted to diet changes.Results In odor retention fasting experiment,Adrb1+/m mice exhibited more stable fluctuations of activities with mildly reduced movement and prolonged sleep duration,indicating enhanced starvation resistance.In absolute fasting experiment,Adrb1+/m mice showed significantly increased nighttime water intake,improved rhythmicity in water intake(frequent intakes in small amounts),and increased duration of non-rapid eye movement sleep(NREM).In the high-fat diet experiment,Adrb1+/m mice showed higher levels of activity with increased instances of nighttime rearing,longer movement distances,and increased rapid eye movement sleep during daytime.Conclusion Adrb1+/m mice can quickly respond to environmental changes and under restricted dietary conditions,they can conserve energy by increasing sleep to maintain energy homeostasis but show higher levels of activity under high-fat dietary conditions.

Bronchiectasis is a refractory chronic airway disease characterized by chronic cough and phlegm production. Airway mucus hypersecretion is one of the important causative factors for acute exacerbation of bronchiectasis. Thus， reducing airway mucus secretion during the stable phase of bronchiectasis is the key to the treatment. Phlegm-dispelling therapy is commonly used in modern medicine， which， however， fails to radically reduce mucus secretion. At the moment， it is difficult and urgent to find an intervention that can improve the quality of life of patients and reduce the recurrence of disease during the stable phase of bronchiectasis. Chinese medicine shows remarkable efficacy in reducing airway mucus secretion. Nonetheless， there is a lack of research on the airway mucus hypersecretion of bronchiectasis， and no registered research outcome is available. Traditional Chinese medicine boasts a lot of experience in the treatment of phlegm. It combines clearing and tonifying methods and identifies Yin and Yang and internal organs， thus being advantageous in the treatment of airway mucus hypersecretion of bronchiectasis. Therefore， it is an important topic to improve the effectiveness of Chinese medicine on airway mucus hypersecretion of bronchiectasis by focusing on the "generation"， "transformation" and "excretion" of phlegm.