Background The objective of this study was to investigate the impacts of different dietary soybean meal(SBM)levels on jejunal immunity in nursery pigs at different days post-weaning.Methods Forty-eight pigs(6.2±0...Background The objective of this study was to investigate the impacts of different dietary soybean meal(SBM)levels on jejunal immunity in nursery pigs at different days post-weaning.Methods Forty-eight pigs(6.2±0.3 kg),weaned at 21 days of age,were assigned to 2 dietary treatments(n=12)in a randomized complete block design and fed for 20 or 42 d in 3 phases(10,10,and 22 d,respectively).The dietary treatments consisted of low and high SBM diets.On d 20 and 42,jejunal mucosa and tissue samples were collected.Treatments were arranged in 2×2 factors with dietary SBM levels(low and high SBM diets)and days post-weaning(20 d and 42 d post-weaning).Results Pigs fed high SBM diets had greater(P<0.05)relative abundance(RA)of jejunal Prevotella,tended to have greater(P=0.091)jejunal IgA,had greater(P<0.05)crypt depth,and tended to have lower(P=0.064)villus height to crypt depth ratio(VH:CD)than pigs fed low SBM diets.Pigs at 20 d post-weaning had greater(P<0.05)RA of jejunal Lactobacillus and had greater(P<0.05)jejunal IL-8 and protein carbonyl than pigs at 42 d post-weaning.Pigs at 20 d post-weaning tended to have greater(P=0.090)jejunal IgG,tended to have lower(P=0.059)jejunal IgA,and had greater(P<0.05)proportion(%)of Ki-67+cells in the jejunal crypt than pigs at 42 d post-weaning.Conclusion Pigs fed high SBM diets showed greater RA of Staphylococcus,a greater immune response,and a decreased VH:CD in the jejunum than pigs fed low SBM diets.Pigs at 20 d post-weaning were more susceptible to jejunal inflammation and intestinal damage than pigs at 42 d post-weaning,but the negative impacts of high SBM diets on jejunal inflammation and intestinal damage were consistent compared to low SBM diets at 20 d and 42 d post-weaning.展开更多
Accurate prediction of xylem phenology is essential for evaluating the long-term impacts of climate change on carbon sequestration,forest productivity,and ecosystem resilience.However,the environmental controls on xyl...Accurate prediction of xylem phenology is essential for evaluating the long-term impacts of climate change on carbon sequestration,forest productivity,and ecosystem resilience.However,the environmental controls on xylem phenology remain poorly clarified in terms of quantification,particularly for broadleaf species and the process of growth cessation.In this study,we monitored the onset and cessation of wood formation in 19 temperate tree species over periods of up to six years(2019–2024,with observation length varying among species)to assess the impact of environmental changes on the timing of wood formation.Linear mixed-effects models were used to evaluate and quantify the relative importance of photoperiod,forcing,chilling,precipitation,SPEI(standardized precipitation-evapotranspiration index),cold degree days,and MAT(mean annual temperature)to the onset and cessation of wood formation.Photoperiod and forcing temperature were identified as the key drivers of wood formation onset,while photoperiod was the primary factor regulating its cessation.Wood formation onset was less sensitive to photoperiod compared with cessation,but exhibited greater sensitivity to temperature.Conifers were more responsive to changes in day length at onset than broadleaf species,while broadleaf species appeared to rely solely on photoperiod to regulate the cessation,with conifers showing additional modulation by temperature.Moreover,ring-porous species exhibited stronger photoperiodic control of both onset and cessation than diffuse-porous species.These findings highlight the critical role of photoperiod,temperature,or their interactions in regulating xylem phenology,providing insights for improving process-based models that predict xylem growth dynamics.展开更多
Blue calico,which dates back more than 800 years,is a traditional blue-and-white-printed fabric in Nantong,a city in East China's Jiangsu Province.Blue calico is renowned for its simple,yet elegant,patterns,the st...Blue calico,which dates back more than 800 years,is a traditional blue-and-white-printed fabric in Nantong,a city in East China's Jiangsu Province.Blue calico is renowned for its simple,yet elegant,patterns,the striking beauty of its blue-and-white harmony and,especially,for its printing and dyeing being performed by hand.展开更多
On December 24,a new industrial partner entered the friend circle of new energy vehicle industrial cluster in Daye;a new material project with a total investment of 3 billion yuan held ground-breaking ceremony,signali...On December 24,a new industrial partner entered the friend circle of new energy vehicle industrial cluster in Daye;a new material project with a total investment of 3 billion yuan held ground-breaking ceremony,signaling its formal landing in Daye.This Project is invested and constructed by Hubei Zhongxing New Advanced Material Co.,Ltd,the Project involves total investment of展开更多
本文旨在探讨色彩在“One Day Cake”包装设计中的应用研究。通过对色彩心理学、视觉传达理论以及市场调研的综合分析,本文揭示了色彩如何影响消费者的情感体验、购买决策以及品牌形象的塑造。研究发现,合理运用色彩不仅能提升产品的吸...本文旨在探讨色彩在“One Day Cake”包装设计中的应用研究。通过对色彩心理学、视觉传达理论以及市场调研的综合分析,本文揭示了色彩如何影响消费者的情感体验、购买决策以及品牌形象的塑造。研究发现,合理运用色彩不仅能提升产品的吸引力,还能增强品牌的认知度和忠诚度。本文通过问卷调查、翻阅资料和案例分析,提供了实证支持,并提出了具体的色彩应用策略。研究结果表明,色彩在“One Day Cake”的包装设计中发挥了重要的辅助功能,对品牌传播具有显著的价值。展开更多
针对中国高职院校服装专业群国际化教学面临的挑战,推出了一种创新的教学形式——“One Day Project”。教学特点是中外学生跨专业、跨文化合作;教学形式是将服装设计、服装工艺、时尚传媒、时装管理、人物形象、时尚表演等相关专业的...针对中国高职院校服装专业群国际化教学面临的挑战,推出了一种创新的教学形式——“One Day Project”。教学特点是中外学生跨专业、跨文化合作;教学形式是将服装设计、服装工艺、时尚传媒、时装管理、人物形象、时尚表演等相关专业的师生聚合,同一天共同完成项目目标。这一教学形式不仅提升了学生的国际化视野和创新能力,还提高了教学质量和水平,为培养具备国际竞争力的服装专业人才,为我国职业教育现代化和国际化发展提供了有益探索。展开更多
The World Standards Day(WSD),the big day of global standardizers,is celebrated annually on October 14.Themed“Shared vision for a better world:Spotlight on SDG 17—Partnership for the goals”,this year’s WSD places g...The World Standards Day(WSD),the big day of global standardizers,is celebrated annually on October 14.Themed“Shared vision for a better world:Spotlight on SDG 17—Partnership for the goals”,this year’s WSD places greater emphasis on joint efforts and cooperation for SDGs.展开更多
Temperature is a key meteorological factor that affects tropospheric ozone(O_(3)),with both humid-heat(sauna days)and dry-heat(roast days)conditions leading to O_(3) exceedances.However,the mechanisms influencing O_(3...Temperature is a key meteorological factor that affects tropospheric ozone(O_(3)),with both humid-heat(sauna days)and dry-heat(roast days)conditions leading to O_(3) exceedances.However,the mechanisms influencing O_(3) formation and degradation under these two weather conditions remain unclear.Therefore,experiments were conducted in Beijing from 2019 to 2021 to observe O_(3),its precursors,and related meteorological elements.A total of 18 days with O_(3) exceedances were selected,including 10 sauna days and 8 roast days.The results of this study revealed that on roast days,the sensible heat flux was 143.5 W/m^(2) greater and the wind speed gradient was 0.018 s^(-1) greater than those on sauna days,indicating more intense thermal and dynamic turbulence.The strong turbulence enhanced the vertical cycle of nitrogen dioxide(NO_(2))and O_(3),resulting in a 58.2μg/(m^(2)·h)increase in NO_(2) upward transport rate and a 1034.4μg/(m^(2)·h)increase in O_(3) downward transport rate on roast days than sauna days.Subsequently,a box model analysis was used to examine O_(3) formation under the two types of weather conditions,revealing that the NO_(2)-O_(3) vertical cycling speed dominated the O_(3) sensitivity.The O_(3) sensitivity was synergistically controlled by nitrogen oxides(NO_(x))and volatile organic compounds on sauna days,while it tended to be NO_(x)-limited on roast days.The aim of this study was to provide a scientific theoretical basis for the control of O_(3) under different types of high temperature weather conditions.展开更多
China celebrates its annual Youth Day on 4 May,honouring the legacy of the patriotic May Fourth Movement of 1919 that shaped modern Chinese history.On this occasion,Chinese President Xi Jinping extended festive greeti...China celebrates its annual Youth Day on 4 May,honouring the legacy of the patriotic May Fourth Movement of 1919 that shaped modern Chinese history.On this occasion,Chinese President Xi Jinping extended festive greetings to young people across the country and expressed high expectations for their contributions.展开更多
I had a three-day holiday for May Day and I went to Qingdao. It was sunny and hot. I had great fun playing in the water. In the afternoon, I went shopping. But there were too many peoplein the market. I didn't rea...I had a three-day holiday for May Day and I went to Qingdao. It was sunny and hot. I had great fun playing in the water. In the afternoon, I went shopping. But there were too many peoplein the market. I didn't really enjoy it.The next day, it was rainy, so I went to a museum. I found a little girl crying in the corner.展开更多
I have never given birth but have heard it said many times that as awful as labor is,when it's over and your newborn is placed in your arms,that pain is forgotten.That's how I feel now about the earliest days ...I have never given birth but have heard it said many times that as awful as labor is,when it's over and your newborn is placed in your arms,that pain is forgotten.That's how I feel now about the earliest days of grief.展开更多
CHINA Holiday Travel Boosts Economy From misty mountains to centuries-old towns,destinations across China brimmed with visitors during the National Day and Mid-Autumn Festival holiday,one of the year’s busiest travel...CHINA Holiday Travel Boosts Economy From misty mountains to centuries-old towns,destinations across China brimmed with visitors during the National Day and Mid-Autumn Festival holiday,one of the year’s busiest travel periods.The eight-day break saw 888 million domestic trips,123 million more than in 2024,according to the Ministry of Culture and Tourism.Domestic tourism revenue reached 809 billion yuan($113.8 billion),up 108 billion yuan($15.2 billion)year on year,turning the holiday into a vivid display of both travel enthusiasm and economic vitality.展开更多
Have you ever heard of a "refuge for stars"?Located at an average elevation of over 4,500 meters,Ngari Prefecture boasts world-class night-sky conditions due to minimal atmospheric pollution,abundant clear d...Have you ever heard of a "refuge for stars"?Located at an average elevation of over 4,500 meters,Ngari Prefecture boasts world-class night-sky conditions due to minimal atmospheric pollution,abundant clear days,high transparency,low humidity.展开更多
Unlike annual flowering plants that exhibit a single reproductive cycle encompassing vegetative growth,flowering,and senescence within a single year,perennial woody trees undergo a transition between vegetative and re...Unlike annual flowering plants that exhibit a single reproductive cycle encompassing vegetative growth,flowering,and senescence within a single year,perennial woody trees undergo a transition between vegetative and reproductive growth every year after a long juvenile phase.Most woody fruit trees bloom when it turns warm in spring,and the fruit ripens in summer or autumn.However,as a member of the Maloideae subfamily,the loquat tree blooms in the cold autumn and winter,and the fruit matures in the spring.To explore the regulatory mechanism of loquat flowering,we characterized two FLOWERING LOCUS T homologous genes in loquat,EjFT1 and EjFT2.qRT-PCR results revealed that EjFT1 and EjFT2 exhibited nearly opposite expression patterns in various tissues.EjFT1 was mainly expressed in young tissues;EjFT2 was mainly expressed in mature leaves,open flowers,and fruits.EjFT2 exhibited an obvious circadian rhythm and was regulated by EjCO.After the trees were exposed to short-day conditions or sprayed with exogenous GA_(3),the expression of EjFT2 was strongly inhibited,and the loquat tree did not produce floral buds.Furthermore,the yeast two-hybrid,bimolecular fluorescence complementation,and Dualluciferase assay experiments revealed that both EjFT1 and EjFT2 interacted with EjFD,with the EjFT2-EjFD protein complex enhancing the activity of EjAP1-1 and EjAP1-2 promoters,while EjFT1-EjFD inhibited the activity of the EjAP1-1 promoter.Protein structural analysis of EjFT1and EjFT2 suggested that differences in amino acid residues at Val_(123)/Leu_(123),Ser_(157)/Ala_(157),and Val_(158)/Ala_(158)may be the reason for their functional differences.Our results showed that EjFT1 and EjFT2 may cooperatively regulate the floral bud differentiation of loquat by competitively binding with EjFD.EjFT2 regulates the onset of loquat floral bud differentiation by responding to photoperiod and gibberellin signals,while EjFT1 is involved in the vegetative growth of loquat.These findings provide important clues for the investigation of the regulatory mechanism of loquat flowering and advance the exploration into the multiple roles of FT homologous genes in regulating the reproductive transformation and vegetative growth of flowering plants.展开更多
Objective:The day surgery mode has significantly reduced preoperative waiting time for patients.However,this mode also led to brief and sometimes abrupt interactions between patients with vision loss and nursing staff...Objective:The day surgery mode has significantly reduced preoperative waiting time for patients.However,this mode also led to brief and sometimes abrupt interactions between patients with vision loss and nursing staff during the preoperative visits.Additionally,patients may experience negative emotions.The aim of this study was to describe the preoperative experiences and identify related stressful factors among patients waiting vitreo-retinal day surgery.Methods:This study was guided by an interpretive approach.Semi-structured,face-to-face,in-depth interviews were conducted with patients from August 2021 to October 2024.Inductive content analysis and research software were used to analyze the data.Results:Twenty-seven patients agreed to participate the interviews.Their ages ranged from 19 to 70 years old.The waiting time before hospitalization varied from 7 to 90 days.Three main categories emerged from patients’complaints:day surgery procedures,concerns about eye conditions and supports.Conclusions:The findings underscore the importance of preoperative care services.It is suggested that providing accurate preoperative information and effective support can significantly enhance the quality of preoperative care service.展开更多
I.Circle the correct options.1.Nancy is picking what to wear to school on Wednesday.She goes outside and feels the air.Nancy decides to wear a coat.What is the weather like?A.Cool and sunny.C.Cool and cloudy.B.Warm an...I.Circle the correct options.1.Nancy is picking what to wear to school on Wednesday.She goes outside and feels the air.Nancy decides to wear a coat.What is the weather like?A.Cool and sunny.C.Cool and cloudy.B.Warm and sunny.D.Warm and cloudy.2.It was cool and sunny in the morning when Nancy went to school.Now it is the afternoon.She doesn't need her coat anymore.How did the weather change?展开更多
文摘Background The objective of this study was to investigate the impacts of different dietary soybean meal(SBM)levels on jejunal immunity in nursery pigs at different days post-weaning.Methods Forty-eight pigs(6.2±0.3 kg),weaned at 21 days of age,were assigned to 2 dietary treatments(n=12)in a randomized complete block design and fed for 20 or 42 d in 3 phases(10,10,and 22 d,respectively).The dietary treatments consisted of low and high SBM diets.On d 20 and 42,jejunal mucosa and tissue samples were collected.Treatments were arranged in 2×2 factors with dietary SBM levels(low and high SBM diets)and days post-weaning(20 d and 42 d post-weaning).Results Pigs fed high SBM diets had greater(P<0.05)relative abundance(RA)of jejunal Prevotella,tended to have greater(P=0.091)jejunal IgA,had greater(P<0.05)crypt depth,and tended to have lower(P=0.064)villus height to crypt depth ratio(VH:CD)than pigs fed low SBM diets.Pigs at 20 d post-weaning had greater(P<0.05)RA of jejunal Lactobacillus and had greater(P<0.05)jejunal IL-8 and protein carbonyl than pigs at 42 d post-weaning.Pigs at 20 d post-weaning tended to have greater(P=0.090)jejunal IgG,tended to have lower(P=0.059)jejunal IgA,and had greater(P<0.05)proportion(%)of Ki-67+cells in the jejunal crypt than pigs at 42 d post-weaning.Conclusion Pigs fed high SBM diets showed greater RA of Staphylococcus,a greater immune response,and a decreased VH:CD in the jejunum than pigs fed low SBM diets.Pigs at 20 d post-weaning were more susceptible to jejunal inflammation and intestinal damage than pigs at 42 d post-weaning,but the negative impacts of high SBM diets on jejunal inflammation and intestinal damage were consistent compared to low SBM diets at 20 d and 42 d post-weaning.
基金supported by the Ministry of Science and Technology(No:2019FY101602),China。
文摘Accurate prediction of xylem phenology is essential for evaluating the long-term impacts of climate change on carbon sequestration,forest productivity,and ecosystem resilience.However,the environmental controls on xylem phenology remain poorly clarified in terms of quantification,particularly for broadleaf species and the process of growth cessation.In this study,we monitored the onset and cessation of wood formation in 19 temperate tree species over periods of up to six years(2019–2024,with observation length varying among species)to assess the impact of environmental changes on the timing of wood formation.Linear mixed-effects models were used to evaluate and quantify the relative importance of photoperiod,forcing,chilling,precipitation,SPEI(standardized precipitation-evapotranspiration index),cold degree days,and MAT(mean annual temperature)to the onset and cessation of wood formation.Photoperiod and forcing temperature were identified as the key drivers of wood formation onset,while photoperiod was the primary factor regulating its cessation.Wood formation onset was less sensitive to photoperiod compared with cessation,but exhibited greater sensitivity to temperature.Conifers were more responsive to changes in day length at onset than broadleaf species,while broadleaf species appeared to rely solely on photoperiod to regulate the cessation,with conifers showing additional modulation by temperature.Moreover,ring-porous species exhibited stronger photoperiodic control of both onset and cessation than diffuse-porous species.These findings highlight the critical role of photoperiod,temperature,or their interactions in regulating xylem phenology,providing insights for improving process-based models that predict xylem growth dynamics.
文摘Blue calico,which dates back more than 800 years,is a traditional blue-and-white-printed fabric in Nantong,a city in East China's Jiangsu Province.Blue calico is renowned for its simple,yet elegant,patterns,the striking beauty of its blue-and-white harmony and,especially,for its printing and dyeing being performed by hand.
文摘On December 24,a new industrial partner entered the friend circle of new energy vehicle industrial cluster in Daye;a new material project with a total investment of 3 billion yuan held ground-breaking ceremony,signaling its formal landing in Daye.This Project is invested and constructed by Hubei Zhongxing New Advanced Material Co.,Ltd,the Project involves total investment of
文摘本文旨在探讨色彩在“One Day Cake”包装设计中的应用研究。通过对色彩心理学、视觉传达理论以及市场调研的综合分析,本文揭示了色彩如何影响消费者的情感体验、购买决策以及品牌形象的塑造。研究发现,合理运用色彩不仅能提升产品的吸引力,还能增强品牌的认知度和忠诚度。本文通过问卷调查、翻阅资料和案例分析,提供了实证支持,并提出了具体的色彩应用策略。研究结果表明,色彩在“One Day Cake”的包装设计中发挥了重要的辅助功能,对品牌传播具有显著的价值。
文摘针对中国高职院校服装专业群国际化教学面临的挑战,推出了一种创新的教学形式——“One Day Project”。教学特点是中外学生跨专业、跨文化合作;教学形式是将服装设计、服装工艺、时尚传媒、时装管理、人物形象、时尚表演等相关专业的师生聚合,同一天共同完成项目目标。这一教学形式不仅提升了学生的国际化视野和创新能力,还提高了教学质量和水平,为培养具备国际竞争力的服装专业人才,为我国职业教育现代化和国际化发展提供了有益探索。
文摘The World Standards Day(WSD),the big day of global standardizers,is celebrated annually on October 14.Themed“Shared vision for a better world:Spotlight on SDG 17—Partnership for the goals”,this year’s WSD places greater emphasis on joint efforts and cooperation for SDGs.
基金supported by the National Natural Science Foundation of China(No.42177081)the National Key R&D Program of China(No.2023YFC3706103)+1 种基金Beijing Municipal Natural Science Foundation(No.8222075)the Youth Cross Team Scientific Research Project of the Chinese Academy of Sciences(No.JCTD-2021–10).
文摘Temperature is a key meteorological factor that affects tropospheric ozone(O_(3)),with both humid-heat(sauna days)and dry-heat(roast days)conditions leading to O_(3) exceedances.However,the mechanisms influencing O_(3) formation and degradation under these two weather conditions remain unclear.Therefore,experiments were conducted in Beijing from 2019 to 2021 to observe O_(3),its precursors,and related meteorological elements.A total of 18 days with O_(3) exceedances were selected,including 10 sauna days and 8 roast days.The results of this study revealed that on roast days,the sensible heat flux was 143.5 W/m^(2) greater and the wind speed gradient was 0.018 s^(-1) greater than those on sauna days,indicating more intense thermal and dynamic turbulence.The strong turbulence enhanced the vertical cycle of nitrogen dioxide(NO_(2))and O_(3),resulting in a 58.2μg/(m^(2)·h)increase in NO_(2) upward transport rate and a 1034.4μg/(m^(2)·h)increase in O_(3) downward transport rate on roast days than sauna days.Subsequently,a box model analysis was used to examine O_(3) formation under the two types of weather conditions,revealing that the NO_(2)-O_(3) vertical cycling speed dominated the O_(3) sensitivity.The O_(3) sensitivity was synergistically controlled by nitrogen oxides(NO_(x))and volatile organic compounds on sauna days,while it tended to be NO_(x)-limited on roast days.The aim of this study was to provide a scientific theoretical basis for the control of O_(3) under different types of high temperature weather conditions.
文摘China celebrates its annual Youth Day on 4 May,honouring the legacy of the patriotic May Fourth Movement of 1919 that shaped modern Chinese history.On this occasion,Chinese President Xi Jinping extended festive greetings to young people across the country and expressed high expectations for their contributions.
文摘I had a three-day holiday for May Day and I went to Qingdao. It was sunny and hot. I had great fun playing in the water. In the afternoon, I went shopping. But there were too many peoplein the market. I didn't really enjoy it.The next day, it was rainy, so I went to a museum. I found a little girl crying in the corner.
文摘I have never given birth but have heard it said many times that as awful as labor is,when it's over and your newborn is placed in your arms,that pain is forgotten.That's how I feel now about the earliest days of grief.
文摘CHINA Holiday Travel Boosts Economy From misty mountains to centuries-old towns,destinations across China brimmed with visitors during the National Day and Mid-Autumn Festival holiday,one of the year’s busiest travel periods.The eight-day break saw 888 million domestic trips,123 million more than in 2024,according to the Ministry of Culture and Tourism.Domestic tourism revenue reached 809 billion yuan($113.8 billion),up 108 billion yuan($15.2 billion)year on year,turning the holiday into a vivid display of both travel enthusiasm and economic vitality.
文摘Have you ever heard of a "refuge for stars"?Located at an average elevation of over 4,500 meters,Ngari Prefecture boasts world-class night-sky conditions due to minimal atmospheric pollution,abundant clear days,high transparency,low humidity.
基金supported by the Guangdong Basic and Applied Basic Research Foundation(Grant No.2024A1515013095,2021A1515011048)the Open Fund of the Guangdong Provincial Key Laboratory of Utilization and Conservation of Food and Medicinal Resources in Northern Region(Grant No.SY-KFFMR2022009Z)Shaoguan City Science and Technology Planning Project(Social Development Direction-Supporting Scientific Research Workers Project)(Grant No.200811094530739)。
文摘Unlike annual flowering plants that exhibit a single reproductive cycle encompassing vegetative growth,flowering,and senescence within a single year,perennial woody trees undergo a transition between vegetative and reproductive growth every year after a long juvenile phase.Most woody fruit trees bloom when it turns warm in spring,and the fruit ripens in summer or autumn.However,as a member of the Maloideae subfamily,the loquat tree blooms in the cold autumn and winter,and the fruit matures in the spring.To explore the regulatory mechanism of loquat flowering,we characterized two FLOWERING LOCUS T homologous genes in loquat,EjFT1 and EjFT2.qRT-PCR results revealed that EjFT1 and EjFT2 exhibited nearly opposite expression patterns in various tissues.EjFT1 was mainly expressed in young tissues;EjFT2 was mainly expressed in mature leaves,open flowers,and fruits.EjFT2 exhibited an obvious circadian rhythm and was regulated by EjCO.After the trees were exposed to short-day conditions or sprayed with exogenous GA_(3),the expression of EjFT2 was strongly inhibited,and the loquat tree did not produce floral buds.Furthermore,the yeast two-hybrid,bimolecular fluorescence complementation,and Dualluciferase assay experiments revealed that both EjFT1 and EjFT2 interacted with EjFD,with the EjFT2-EjFD protein complex enhancing the activity of EjAP1-1 and EjAP1-2 promoters,while EjFT1-EjFD inhibited the activity of the EjAP1-1 promoter.Protein structural analysis of EjFT1and EjFT2 suggested that differences in amino acid residues at Val_(123)/Leu_(123),Ser_(157)/Ala_(157),and Val_(158)/Ala_(158)may be the reason for their functional differences.Our results showed that EjFT1 and EjFT2 may cooperatively regulate the floral bud differentiation of loquat by competitively binding with EjFD.EjFT2 regulates the onset of loquat floral bud differentiation by responding to photoperiod and gibberellin signals,while EjFT1 is involved in the vegetative growth of loquat.These findings provide important clues for the investigation of the regulatory mechanism of loquat flowering and advance the exploration into the multiple roles of FT homologous genes in regulating the reproductive transformation and vegetative growth of flowering plants.
基金supported by the Nursing Innovation and Development Research Project of the Lingnan Nightingale Nursing Research Institute and Nursing Association,Guangdong Province(GDHLYJYB202403,GDHLYJYM202417)Research Project on Party Building Theory and Practice at Zhongshan Ophthalmic Center in 2024,Research Project on Standardized Management of Day Medical Services by the Institute of Hospital Management,National Health Commission(DSQ20251016)Medical Science and Technology Foundation of Guangdong Province(A2021088).
文摘Objective:The day surgery mode has significantly reduced preoperative waiting time for patients.However,this mode also led to brief and sometimes abrupt interactions between patients with vision loss and nursing staff during the preoperative visits.Additionally,patients may experience negative emotions.The aim of this study was to describe the preoperative experiences and identify related stressful factors among patients waiting vitreo-retinal day surgery.Methods:This study was guided by an interpretive approach.Semi-structured,face-to-face,in-depth interviews were conducted with patients from August 2021 to October 2024.Inductive content analysis and research software were used to analyze the data.Results:Twenty-seven patients agreed to participate the interviews.Their ages ranged from 19 to 70 years old.The waiting time before hospitalization varied from 7 to 90 days.Three main categories emerged from patients’complaints:day surgery procedures,concerns about eye conditions and supports.Conclusions:The findings underscore the importance of preoperative care services.It is suggested that providing accurate preoperative information and effective support can significantly enhance the quality of preoperative care service.
文摘I.Circle the correct options.1.Nancy is picking what to wear to school on Wednesday.She goes outside and feels the air.Nancy decides to wear a coat.What is the weather like?A.Cool and sunny.C.Cool and cloudy.B.Warm and sunny.D.Warm and cloudy.2.It was cool and sunny in the morning when Nancy went to school.Now it is the afternoon.She doesn't need her coat anymore.How did the weather change?
