Let φ be a holomorphic self-map of Bn and ψ ∈ H（Hn）. A composition type operator is defined by Tψ,φ（f） = ψf o φ for f ∈ H（Bn）, which is a generalization of the multiplication operator and the composition...Let φ be a holomorphic self-map of Bn and ψ ∈ H（Hn）. A composition type operator is defined by Tψ,φ（f） = ψf o φ for f ∈ H（Bn）, which is a generalization of the multiplication operator and the composition operator. In this article, the necessary and sufficient conditions are given for the composition type operator Tψ,φ to be bounded or compact from Hardy space HP（Bn） to μ-Bloch space Bμ（Bn）. The conditions are some supremums concerned with ψ,φ, their derivatives and Bergman metric of Bn. At the same time, two corollaries are obtained.展开更多
The study aimed to determine the relationships between the basal metabolic rate（BMR） and body composition of overweight and obese Chinese adults with type 2 diabetes mellitus（DM）. This cross-sectional clinical stu...The study aimed to determine the relationships between the basal metabolic rate（BMR） and body composition of overweight and obese Chinese adults with type 2 diabetes mellitus（DM）. This cross-sectional clinical study enrolled 193 Chinese adults with type 2 DM who were overweight（24 kg/m2≤BMI〈28 kg/m2, n=99）, or obese（BMI ≥28 kg/m2, n=94）. Ninety-seven adults with normal BMIs, including 50 DM patients and 47 healthy adults, were recruited as a control group. BMR was measured by indirect calorimetry; predicted BMR was calculated according to the Schofield equation; and the relationships between BMR, body composition, and biochemical results were determined by the Pearson correlation. The results showed that obese DM patients had significantly higher BMRs than both overweight patients（P〈0.05） and patients with normal BMI did（P〈0.05）. The measured BMR was significantly lower than the predicted BMR（P〈0.05） in all groups. Obese and overweight DM patients had significantly greater weight, waist circumference, hip circumference, BMI, body surface area, body fat percentage, fat mass, and fat-free mass than patients with normal BMI. Except for waist circumference, these body composition measurements were significantly increased in obese DM patients when compared with those in overweight DM patients（P〈0.05）. Fat-free mass was closely correlated with BMR in both DM patients（r=0.874, P〈0.01） and in healthy controls（r=0.902, P〈0.01）. It was concluded that overweight and obese Chinese adults with type 2 DM had increased BMRs compared with normal-weight controls, which may result from the difference in fat-free mass.展开更多
Inflammatory transcriptomic signatures and cell type compositions in inflamed and non-inflamed colonic mucosa of ulcerative colitis Ulcerative colitis(UC),a subtype of inflammatory bowel disease,arises from disrupted ...Inflammatory transcriptomic signatures and cell type compositions in inflamed and non-inflamed colonic mucosa of ulcerative colitis Ulcerative colitis(UC),a subtype of inflammatory bowel disease,arises from disrupted gut homeostasis,primarily due to an aberrant innate immune response to intestinal microbiota and an underlying genetic background.1 Recently,complete healing of mucosal inflammation has been suggested as a new therapeutic goal in UC treatment.2 However,this goal remains challenging,as approximately 20%of individuals in clinical remission still exhibit active mucosal inflammation.3 Understanding the molecular alterations underlying this persistent mucosal inflammation is crucial for advancing UC pathogenesis insights and treatment strategies.展开更多
We determined the effects of the penetration depth and spline material and composite material type as well as joining method on bending moment resistance under diagonal compression and tension in common wood panel str...We determined the effects of the penetration depth and spline material and composite material type as well as joining method on bending moment resistance under diagonal compression and tension in common wood panel structures. Composite materials were laminated medium density fiberboard （MDF） and particleboard. Joining methods were butt and miter types. Spline materials were high density fiberboard （HDF）. The penetration depths of plywood, wood （Carpinus betolus） and spline were 8, 11 and 14 mm. The results showed that in both diagonal com- pression and tension, MDF joints are stronger than particleboard joints, and the bending moment resistance under compression is higher compared with that in tension. The highest bending moment resistance under tension was shown in MDF, butt joined using plywood spline with 8 mm penetration depth, whereas under compression bending moment resistance was seen in MDF, miter joined with the HDF spline of 14 mm penetration depth.展开更多
基金Supported by NSF of China (10571164)SRFDP of Higher Education (20050358052)
文摘Let φ be a holomorphic self-map of Bn and ψ ∈ H（Hn）. A composition type operator is defined by Tψ,φ（f） = ψf o φ for f ∈ H（Bn）, which is a generalization of the multiplication operator and the composition operator. In this article, the necessary and sufficient conditions are given for the composition type operator Tψ,φ to be bounded or compact from Hardy space HP（Bn） to μ-Bloch space Bμ（Bn）. The conditions are some supremums concerned with ψ,φ, their derivatives and Bergman metric of Bn. At the same time, two corollaries are obtained.
基金supported by the National Natural Science Foundation of China(No.81370942)
文摘The study aimed to determine the relationships between the basal metabolic rate（BMR） and body composition of overweight and obese Chinese adults with type 2 diabetes mellitus（DM）. This cross-sectional clinical study enrolled 193 Chinese adults with type 2 DM who were overweight（24 kg/m2≤BMI〈28 kg/m2, n=99）, or obese（BMI ≥28 kg/m2, n=94）. Ninety-seven adults with normal BMIs, including 50 DM patients and 47 healthy adults, were recruited as a control group. BMR was measured by indirect calorimetry; predicted BMR was calculated according to the Schofield equation; and the relationships between BMR, body composition, and biochemical results were determined by the Pearson correlation. The results showed that obese DM patients had significantly higher BMRs than both overweight patients（P〈0.05） and patients with normal BMI did（P〈0.05）. The measured BMR was significantly lower than the predicted BMR（P〈0.05） in all groups. Obese and overweight DM patients had significantly greater weight, waist circumference, hip circumference, BMI, body surface area, body fat percentage, fat mass, and fat-free mass than patients with normal BMI. Except for waist circumference, these body composition measurements were significantly increased in obese DM patients when compared with those in overweight DM patients（P〈0.05）. Fat-free mass was closely correlated with BMR in both DM patients（r=0.874, P〈0.01） and in healthy controls（r=0.902, P〈0.01）. It was concluded that overweight and obese Chinese adults with type 2 DM had increased BMRs compared with normal-weight controls, which may result from the difference in fat-free mass.
基金supported by the Basic Science Research Program through the National Research Foundation of Korea(NRF)funded by the Ministry of Education of the Republic of Korea(No.2020R1I1A1A01073545 to E.M.S.,2020R1A2C1010786 to C.M.M.,2021R1A6A1A10044154 to J.K).
文摘Inflammatory transcriptomic signatures and cell type compositions in inflamed and non-inflamed colonic mucosa of ulcerative colitis Ulcerative colitis(UC),a subtype of inflammatory bowel disease,arises from disrupted gut homeostasis,primarily due to an aberrant innate immune response to intestinal microbiota and an underlying genetic background.1 Recently,complete healing of mucosal inflammation has been suggested as a new therapeutic goal in UC treatment.2 However,this goal remains challenging,as approximately 20%of individuals in clinical remission still exhibit active mucosal inflammation.3 Understanding the molecular alterations underlying this persistent mucosal inflammation is crucial for advancing UC pathogenesis insights and treatment strategies.
文摘We determined the effects of the penetration depth and spline material and composite material type as well as joining method on bending moment resistance under diagonal compression and tension in common wood panel structures. Composite materials were laminated medium density fiberboard （MDF） and particleboard. Joining methods were butt and miter types. Spline materials were high density fiberboard （HDF）. The penetration depths of plywood, wood （Carpinus betolus） and spline were 8, 11 and 14 mm. The results showed that in both diagonal com- pression and tension, MDF joints are stronger than particleboard joints, and the bending moment resistance under compression is higher compared with that in tension. The highest bending moment resistance under tension was shown in MDF, butt joined using plywood spline with 8 mm penetration depth, whereas under compression bending moment resistance was seen in MDF, miter joined with the HDF spline of 14 mm penetration depth.
