ABSTRACT: This study aims to establish a therapy strategy for canine leukopenia induced by canine parvovirus (CPV) infection through intravenous infusion of allogeneic bone marrow mesenchymal stem cells (BMMSCs) and to evaluate the therapeutic effect of BMMSCs on canine parvovirus. Forty healthy 2-month-old dogs were randomly divided into four groups including the BMMSC treatment group (A), conventional treatment group (B), CPV infection group (C), and a normal control group (D). Then the A, B, and C groups were orally infected with CPV (103.25 TCID50/mL) at 1mL/kg, and the D group received the same dose of saline. After the onset of infection, Group A received mesenchymal stem cells (MSCs) and rehydration as the treatment; Group B was treated with anti-inflammatory therapeutics and rehydration; and Group C and D were injected with the same dose of physiological saline. The level of leukocytes rebounded significantly after the treatment with BMMSCs and returned to reference numbers on Day 3 after treatment, which was significantly higher than that in the conventional treatment group. The concentrations of IL-2 and IFN-α were gradually increased during the treatment, and the BMMSC treatment group exhibited significantly higher IL-2 and IFN-α concentrations than the conventional treatment group on Days 3 and 4. The expression of the virus in the blood gradually decreased during the treatment, and the BMMSC treatment group displayed a faster decrease than the conventional treatment group. These results showed the advantages of BMMSC treatment over conventional treatment. This study provides a new BMMSC treatment strategy for canine leukopenia induced by CPV infection and reveals the mechanism by which BMMSC increases leukocytes after CPV infection. ABSTRACT (CPV (BMMSCs 2monthold monthold 2 month old , (A) (B) C, (C) D. . (D) 103.25 10325 103 25 (103.2 TCID50/mL TCID50mL TCIDmL TCID50 mL TCID 1mLkg mLkg 1mL kg 1mL/kg saline MSCs (MSCs antiinflammatory anti inflammatory IL2 IL IL- IFNα IFN α 4 (A (B (C (D 103.2 1032 10 (103. TCID5 103. 1 (103 (10 (1 (

RESUMO: Este estudo tem como objetivo estabelecer uma estratégia terapêutica de leucopenia canina induzida pela infecção por parvovírus canino (CPV) através de infusão intravenosa de células tronco mesenquimais da medula óssea alogênica (BMMSCs) e avaliar o efeito terapêutico de BMMSCs no parvovírus canino. Quarenta cães saudáveis de dois meses de idade foram divididos aleatoriamente em quatro grupos: o grupo de tratamento de BMMSCs (A), o grupo de terapia convencional (B), o grupo de infecção por CPV (C) e um grupo controle (D). Os grupos A, B e C foram infectados oralmente com CPV (103.25 TCID50/mL) a 1mL/kg e o D recebeu a mesma dose de soro fisiológico. Após o início da infecção, o grupo A recebeu uma dose de derivadas da medula óssea (CTMMO) e hidratação como tratamento, o grupo B foi tratado com terapia anti-inflamatória e hidratação, e grupos C e D foram injetados com a mesma dose de soro fisiológico. As concentrações de IL-2 e IFN-α aumentaram gradualmente durante o tratamento, e o grupo de tratamento BMMSC mostrou concentrações significativamente maiores de IL-2 e IFN-α do que o grupo de tratamento convencional nos Dias 3 e 4. A expressão de vírus no sangue diminuiu gradualmente durante o tratamento, e o grupo de tratamento BMMSC mostrou uma diminuição mais rápida do que o grupo de tratamento convencional. Esses resultados mostraram as vantagens do tratamento BMMSC em relação ao tratamento convencional. Este estudo fornece uma nova estratégia de tratamento da BMMSC para leucopenia canina induzida pela infecção por VCP e revela o mecanismo pelo qual a BMMSC aumenta os leucócitos após infecção por VCP. RESUMO (CPV (BMMSCs , (A) B, (B) (C D. . (D) 103.25 10325 103 25 (103.2 TCID50/mL TCID50mL TCIDmL TCID50 mL TCID 1mLkg mLkg 1mL kg fisiológico CTMMO (CTMMO antiinflamatória anti inflamatória IL2 IL 2 IL- IFNα IFN α 4 (A (B (D 103.2 1032 10 (103. TCID5 103. 1 (103 (10 (1 (

Resumo Gardenia jasminoides Ellis é um fitoterápico chinês com valor medicinal e econômico, mas seu mecanismo de resposta ao estresse hídrico permanece obscuro. Neste estudo, o “método de potes duplos” foi usado para simular o estresse hídrico de G. jasminoides Ellis e explorar seu mecanismo de resposta fisiológica e transcriptômica. Não encontramos danos significativos aos lipídios da membrana de G. jasminoides Ellis durante o estresse. POD desempenhou um papel antioxidante vital, o enriquecimento KEGG mostrou que metabólitos secundários, como flavonoides, também podem desempenhar um papel antioxidante e PRO desempenhou um ajuste osmótico significativo. Os hormônios endógenos regulam o crescimento e o desenvolvimento de G. jasminoides Ellis e desempenham um papel na transdução de sinal. Entre eles, o estresse hídrico leve é retardado. Ao mesmo tempo, havia 19631, 23693 e 15045 genes diferencialmente expressos de G. jasminoides Ellis nos dias 5, 10 e 15 sob estresse hídrico. Esses genes foram intimamente associados ao proteassoma, endopeptidase, ribossomo, transdução de sinal MAPK e transdução de sinal de hormônio endógeno, interação planta-patógeno e biossíntese de fenilpropanoides e outras vias fisiológicas e metabólicas, que regulam o turnover e transporte de proteínas, o reforço e adesão das paredes celulares, a indução do fechamento estomático, reações alérgicas, reações de defesa, movimentos foliares, entre outros. Também podem absorver os raios ultravioleta para reduzir a geração de radicais livres de oxigênio, alterar a forma de utilização da energia e ajustar a pressão osmótica das células vegetais.

Abstract Gardenia jasminoides Ellis is a Chinese herbal medicine with medicinal and economic value, but its mechanism of response to waterlogging stress remains unclear. In this study, the “double pots method” was used to simulate the waterlogging stress of Gardenia jasminoides Ellis to explore its physiological and transcriptomic response mechanism. We found no significant damage to Gardenia jasminoides Ellis membrane lipid during stress. POD played a vital antioxidant role, KEGG enrichment showed that secondary metabolites such as flavonoids might also play an antioxidant role, and PRO played a significant osmotic adjustment. Endogenous hormones regulate the Gardenia jasminoides Ellis's growth and development and play a role in signal transduction. Among them, light waterlogging stress is delayed. At the same time, there were 19631, 23693, and 15045 differentially expressed genes on the 5th, 10d, and 15d of Gardenia jasminoides Ellis under waterlogging stress. These genes were closely associated with the proteasome, endopeptidase, ribosome, MAPK signal transduction, and endogenous hormone signal transduction, plant-pathogen interaction and phenylpropanoid biosynthesis and other physiological and metabolic pathways, which regulate the turnover and transportation of protein, the reinforcement and adhesion of cell walls, the induction of stomatal closure, allergic reactions, defense reactions, leaf movements and others. It also can absorb ultraviolet rays to reduce the generation of oxygen free radicals, change the way of energy utilization and adjust the osmotic pressure of plant cells.

Resumo Magnolia biondii Pamp é uma importante espécie de árvore ornamental muito cultivada e utilizada como porta-enxerto na propagação de diferentes variedades de Magnolia. Nos estudos atuais, hormônios anatômicos, fisiológicos e endógenos foram estudados para verificar o efeito do AIB na dose de 750 mg / L no enraizamento adventício e fornecer suporte teórico e técnico para a propagação de M. biondii Pamp por meio de estacas. Duas mil estacas foram preparadas e divididas em dois grupos, ou seja, tratadas com AIB e controle de água. Para a avaliação das atividades das enzimas antioxidantes e dos níveis de hormônios endógenos, as amostras foram coletadas no dia do plantio e a cada 5 dias, enquanto as demais etapas foram realizadas em laboratório de acordo com os protocolos e os devidos cuidados. Para as observações anatômicas, as amostras foram coletadas no 13º, 15º e 17º dias para estacas tratadas com AIB e no 21º, 23º e 25º dias para o controle. As amostras coletadas foram preservadas em solução FAA, e outras observações foram realizadas em laboratório. Observações anatômicas mostraram a necessidade de 13 dias para a diferenciação dos primórdios radiculares até o aparecimento de raízes adventícias jovens em estacas tratadas com AIB e de 21 dias para o desenvolvimento dos primórdios no controle. As atividades das enzimas antioxidantes envolvidas nas ROS foram significativamente maiores nas estacas tratadas com AIB em comparação com o controle. A POD apresentou pico no 13º dia antes da emergência das raízes nas estacas tratadas com AIB, enquanto no 21º dia apresentou pico no controle. A PPO teve pico no 21º dia nas estacas tratadas com AIB e no 29º dia no controle. A SOD apresentou pico no 17º dia nas estacas tratadas com AIB e no 25º dia no controle. A aplicação exógena de AIB aumentou os níveis endógenos de IAA e GA3 em relação ao controle, enquanto reduziu os níveis de ABA continuamente no momento do enraizamento e, em seguida, aumentou gradativamente. Inclusive, nosso estudo sugere que o AIB na dose de 750 mg / L é eficiente para o enraizamento de estacas de M. biondii Pamp, visto que potencializou o processo de atividades de enzimas antioxidantes e os níveis de hormônios endógenos, além de reduzir o tempo de formação de raízes, o que fica evidente nas observações anatômicas.

Abstract Magnolia biondii Pamp is an important ornamental tree species widely grown and used as a rootstock in the propagation of different Magnolia varieties. In the current studies, anatomical, physiological and endogenous hormones were studied to check the effect of IBA 750 mg/L on the adventitious rooting and to provide theoretical and technical support for the propagation of Magnolia biondii Pamp through stem cuttings. Two thousand stem cuttings were prepared and divided into two groups i.e., IBA treated cuttings and water control. For the evaluation of antioxidant enzyme activities, and endogenous hormones levels, samples were collected on the day of planting and each 5th day and further steps were carried out in the laboratory according to the protocols and proper precautions. For the anatomical observations, samples were collected on the 13th, 15th, and 17th day for IBA treated cuttings while 21st, 23rd, and 25th day for control. Collected samples were preserved in the FAA solution and further observations were carried out in the laboratory. Anatomical observations showed that it took 13 days for the differentiation of root primordia to the appearance of young adventitious roots in IBA treated cuttings, while it took 21 days to develop primordia in the control. Antioxidant enzyme activities involved in ROS were significantly higher in the IBA treated cuttings compared to control. POD showed a peak on the 13th day before the emergence of roots in IBA treated cuttings while it showed a peak on the 21st day in the control. PPO showed a peak on the 21st day in the IBA treated cuttings while it showed a peak on the 29th day in the control. SOD showed a peak on the 17th day in IBA treated cuttings, while it showed a peak on the 25th day in the control. Exogenous application of IBA enhanced the endogenous IAA and GA3 levels compared to CK, while it reduced the levels of ABA continuously at the time of rooting and then increased gradually. Inclusively, our study suggests that IBA 750 mg/L is efficient for the rooting of Magnolia biondii Pamp cuttings, as it enhanced the process of antioxidant enzyme activities, endogenous hormones levels and reduced the time of root formation which is evident from the anatomical observations.

Resumo As montanhas de Liupan são uma região importante na China no contexto de cobertura florestal e vegetação devido às enormes práticas de florestamento e plantação, que trouxeram mudanças nas propriedades físico-químicas do solo, e estoques e estequiometrias do solo raramente são compreendidos. O estudo visa explorar a distribuição de nutrientes do solo a 1 m de profundidade do solo na região da floresta plantada. As amostras de solo em cinco incrementos de profundidade (0-20, 20-40, 40-60, 60-80 e 80-100 cm) foram coletadas e analisadas para diferentes características físico-químicas do solo. Os resultados mostraram uma variação significativa nos valores de densidade do solo (BD), porosidade do solo, pH, capacidade de troca catiônica (CEC) e condutividade elétrica (CE). Mais DB do solo (1,41 g cm-3) e pH (6,97) do solo foram observados na camada profunda do solo (80-100 cm), enquanto os maiores valores de porosidade (60,6%), CE (0,09 mS cm-1) e CEC (32,9 c mol kg-1) foram refletidos na camada superior do solo (0-20 cm). Da mesma forma, os maiores teores de carbono orgânico do solo (SOC), fósforo total (TP), fósforo disponível (AP), nitrogênio total (TN) e potássio disponível (AK) foram calculados na camada superficial do solo (0-20 cm). Com o aumento do incremento da profundidade do solo, uma tendência decrescente no SOC e na concentração de outros nutrientes foi encontrada, enquanto o potássio total do solo (TK) produziu uma correlação negativa com a profundidade da camada do solo. Todos os resultados produziram a distribuição de SOCs e TNs (estoques) em várias profundidades de solo em padrões de floresta 0 → 20cm> 20 → 40cm> 40 → 60cm ≥ 60 → 80cm ≥ 80 → 100 cm. Além disso, as relações estequiométricas de C, N e P, as relações C / P e N / P, apresentaram valores máximos (66,49 e 5,46) em 0-20 cm, e valores mais baixos (23,78 e 1,91) em solo de 80-100 cm profundidade da camada. Embora a relação C / N fosse estatisticamente semelhante em todo o perfil do solo (0-100 cm). Esses resultados destacaram que os incrementos de profundidade do solo podem ser amplamente atribuídos a flutuações nas propriedades físico-químicas do solo, estoques e estequiometrias do solo. Mais estudos são necessários para tirar conclusões adicionais sobre a dinâmica dos nutrientes, estoques de solo e estequiometria do solo nessas florestas.

Abstract Liupan Mountains are an important region in China in the context of forest cover and vegetation due to huge afforestation and plantation practices, which brought changes in soil physio-chemical properties, soil stocks, and soil stoichiometries are rarely been understood. The study aims to explore the distribution of soil nutrients at 1-m soil depth in the plantation forest region. The soil samples at five depth increments (0-20, 20-40, 40-60, 60-80, and 80-100 cm) were collected and analyzed for different soil physio-chemical characteristics. The results showed a significant variation in soil bulk density (BD), soil porosity, pH, cation exchange capacity (CEC), and electric conductivity (EC) values. More soil BD (1.41 g cm-3) and pH (6.97) were noticed in the deep soil layer (80-100 cm), while the highest values of porosity (60.6%), EC (0.09 mS cm-1), and CEC (32.9 c mol kg-1) were reflected in the uppermost soil layer (0-20 cm). Similarly, the highest contents of soil organic carbon (SOC), total phosphorus (TP), available phosphorus (AP), total nitrogen (TN), and available potassium (AK) were calculated in the surface soil layer (0-20 cm). With increasing soil depth increment a decreasing trend in the SOC and other nutrient concentration were found, whereas the soil total potassium (TK) produced a negative correlation with soil layer depth. The entire results produced the distribution of SOCs and TNs (stocks) at various soil depths in forestland patterns were 0→20cm > 20→40cm > 40→60cm ≥ 60→80cm ≥ 80→100 cm. Furthermore, the stoichiometric ratios of C, N, and P, the C/P, and N/P ratios showed maximum values (66.49 and 5.46) in 0-20 cm and lowest values (23.78 and 1.91) in 80-100 cm soil layer depth. Though the C/N ratio was statistically similar across the whole soil profile (0-100 cm). These results highlighted that the soil depth increments might largely be attributed to fluctuations in soil physio-chemical properties, soil stocks, and soil stoichiometries. Further study is needed to draw more conclusions on nutrient dynamics, soil stocks, and soil stoichiometry in these forests.

Abstract Objective The COVID-19 pandemic led to an unprecedented pause in elective surgeries, including shoulder arthroplasty. We sought to determine whether clinical and/or demographic differences would be seen between patients who presented for shoulder arthroplasty during the pandemic compared with the previous year (2019). Methods Institutional records were queried for patients who underwent shoulder replacement between March 1 and July 1 of 2019 and 2020. Demographics, range of motion, surgical duration, hospitalization time, discharge disposition, and postoperative management were analyzed. Results The mean duration of surgery was 160 ± 50 minutes in 2020 and 179 ± 54 minutes in 2019 (p= 0.13). The mean hospitalization time was 36 ± 13 hours in 2020 and 51 ± 40 hours in 2019 (p= 0.04). In 2019, 96% of the patients participated in physical therapy, while 71% did it in 2020 (p= 0.003). A total of 100% of the 2019 patients and 86% of the 2020 patients participated in an in-person postoperative follow-up (p= 0.006). The 2019 patients reported for an office visit on average 14 ± 11 days after surgery; the 2020 patients waited 25 ± 25 days to return for a follow-up (p= 0.10). Range of motion, age, American Society of Anesthesiologists (ASA) scores, and complication rates did not differ between the cohorts. Conclusion Patients presenting for surgery during the initial phase of the pandemic were demographically and clinically similar to 2019 patients. However, the length of stay was significantly reduced during the COVID-19 pandemic. Postoperative follow-up and physical therapy were delayed in 2020, but this did not lead to differences in complication or readmission rates compared with those of the 2019 cohort. Level of EvidenceIII. COVID19 COVID 19 COVID-1 surgeries andor 2019. . (2019) 201 Demographics motion disposition analyzed 16 5 202 17 p= p (p 0.13. 013 0.13 0 0.13) 3 4 0.04. 004 0.04 04 0.04) 96 71 0.003. 0003 0.003 003 0.003) 100 86 inperson person followup follow up 0.006. 0006 0.006 006 0.006) 2 0.10. 010 0.10 10 0.10) age ASA (ASA scores cohorts However cohort EvidenceIII COVID1 COVID- (2019 20 01 0.1 00 0.0 9 7 000 0.00 8 (201 0. (20 (2 (

Resumo Objetivo A pandemia de COVID-19 causou uma pausa sem precedentes em cirurgias eletivas, inclusive artroplastia de ombro. Procuramos determinar as possíveis diferenças clínicas e/ou demográficas entre os pacientes que realizaram artroplastia de ombro durante a pandemia em comparação com o ano anterior (2019). Métodos Os registros institucionais foram consultados para obtenção de informações sobre pacientes submetidos a artroplastia de ombro entre 1° de março a 1° de julho de 2019 e 2020. Dados demográficos, amplitude de movimento, duração da cirurgia, tempo de hospitalização, condições à alta e manejo pós-operatório foram analisados. Resultados O tempo médio de cirurgia foi de 160 ± 50 minutos em 2020 e de 179 ± 54 minutos em 2019 (p= 0,13). O tempo médio de internação foi de 36 ± 13 horas em 2020 e de 51 ± 40 horas em 2019 (p= 0,04). Em 2019, 96% dos pacientes fizeram fisioterapia, enquanto 71% o fizeram em 2020 (p= 0,003). Todos os pacientes de 2019 e 86% dos pacientes de 2020 participaram do acompanhamento pós-operatório presencial (p= 0,006). Os pacientes de 2019 retornaram para a consulta médica em média 14 ± 11 dias após a cirurgia; os pacientes de 2020 retornaram para o acompanhamento em 25 ± 25 dias (p= 0,10). A amplitude de movimento, a idade, a pontuação da American Society of Anesthesiologists (ASA, na sigla em inglês) e as taxas de complicações não diferiram entre as coortes. Conclusão Os pacientes submetidos a cirurgia na fase inicial da pandemia eram demográfica e clinicamente semelhantes aos pacientes de 2019. No entanto, o tempo de internação diminuiu de forma significativa durante a pandemia de COVID-19. O acompanhamento pós-operatório e a fisioterapia foram adiados em 2020, mas isso não levou a diferenças nas taxas de complicações ou de reinternações em comparação às da coorte de 2019. Nível de EvidênciaIII. COVID19 COVID 19 COVID-1 eletivas eou . (2019) 1 201 demográficos movimento hospitalização pósoperatório pós operatório analisados 16 5 202 17 p= p (p 0,13. 013 0,13 0 0,13) 3 4 0,04. 004 0,04 04 0,04) 96 71 0,003. 0003 0,003 003 0,003) 86 0,006. 0006 0,006 006 0,006) 2 0,10. 010 0,10 10 0,10) idade ASA, ASA (ASA inglês coortes entanto COVID19. 19. EvidênciaIII COVID1 COVID- (2019 20 01 0,1 00 0,0 9 7 000 0,00 8 (201 0, (20 (2 (

ABSTRACT The purpose of this study was to investigate the effect of sunflower kernel peptides produced by enzymatic digestion, fermentation, or both on the growth performance, nutrient digestibility, and health status of broilers. Four diets contained 20% of sunflower kernel meal as its raw form (CON) or degraded by protease (ESM), Bacillus pumilus (FSM), or both (DSM). A total of 480 yellow broilers at one day old were randomly distributed to 4 groups with 6 replicates of 20 chicks each. The feeding trial lasted for 63 d. Results showed that peptide content was increased (p<0.001) from 3.97% (CON) to 32.5% (ESM), 24.2% (FSM), and 39.1% (DSM). The three sunflower peptide groups improved (p≤0.001) feed intake and body weight gain. The peptide groups increased (p≤0.015) ileal apparent digestibility of dry matter, energy, crude protein, and amino acids (methionine, lysine, tryptophan, and threonine). Furthermore, the peptide groups improved (p≤0.029) the health status by increasing serum immunoglobulins (IgA, IgG) and glutathione peroxidase. Additionally, among the peptide groups, DSM showed more pronounced effects (p<0.05) on these parameters than ESM or FSM. It is concluded that dual-degradation by enzymolysis and fermentation has a better improvement in the nutrition and application of sunflower kernel meal in broilers. digestion performance CON (CON ESM, , (ESM) FSM, FSM (FSM) DSM. . (DSM) 48 2 each d p<0.001 p0001 p 0 001 (p<0.001 397 3 97 3.97 325 32 5 32.5 242 24 24.2 391 39 1 39.1 p≤0.001 (p≤0.001 gain p≤0.015 p0015 015 (p≤0.015 matter energy protein methionine, methionine (methionine lysine tryptophan threonine. threonine threonine) Furthermore p≤0.029 p0029 029 (p≤0.029 IgA, IgA (IgA IgG peroxidase Additionally p<0.05 p005 05 (p<0.05 dualdegradation dual degradation (ESM (FSM (DSM p<0.00 p000 00 (p<0.00 9 3.9 32. 24. 39. p≤0.00 (p≤0.00 p≤0.01 p001 01 (p≤0.01 p≤0.02 p002 02 (p≤0.02 p<0.0 p00 (p<0.0 3. p≤0.0 (p≤0.0 p<0. p0 (p<0. p≤0. (p≤0. p<0 (p<0 p≤0 (p≤0 p< (p< p≤ (p≤ (p

Abstract Dendrobium officinale is a famous traditional Chinese medicine and nourishing food in China. The active constituents in D. officinale include a variety of chemical components such as polysaccharides, bibenzyl, phenanthrenes, and flavonoids etc. Among them, polysaccharide was selected as the quality control marker for D. officinale in the Chinese Pharmacopoeia. The previous studies found that the content of polysaccharide constituents in D. officinale from different growing origins had significant differences. To the best of our knowledge, whether the secondary metabolites other than polysaccharides are similarly different in D. officinale from different origins has not been reported. In the present continuing study, UPLC-Q/TOF-MS coupled with multivariate analysis were employed for comparative analysis of the secondary metabolites of D. officinale from different growing origins. At last, 12 differential secondary metabolites of D. officinale from different origins were identified. Network pharmacological analysis results indicated that these differential secondary metabolites of D. officinale from different origins are mainly involved in neuropsychiatric related disorder diseases. This investigation will provide a valuable information for doctors and consumers in clinical practice. China D bibenzyl phenanthrenes etc them Pharmacopoeia differences knowledge reported study UPLCQ/TOFMS UPLCQTOFMS UPLC Q/TOF MS Q TOF last 1 identified diseases practice UPLCQ TOFMS QTOF

Abstract: The aim of this study was to investigate the effects of Idesia polycarpa fruit blackening on fruit and seed morphological characteristics, oil content, fatty acid content, seed germination rate and physiological properties. Germination tests were conducted under dry and wet storage at 5 °C for 0 d, 20 d, 40 d, 60 d and 80 d. The fruit mass, the 100-grain weight, the moisture content, the oil content of seeds and oleic acid in unsaturated fatty acids of black fruit are significantly lower than red fruit (P < 0.05). The germination rate of black fruit seeds was higher than red under wet storage and the malondialdehyde content of black fruits decreased with increasing storage time. Our results demonstrated that black fruits of I. polycarpa should not be discarded indiscriminately and that the color of the fruits can be chosen according to the purpose of use. Black fruits are picked for species propagation, while red fruits are mainly harvested for oil extraction. Abstract characteristics properties C 2 4 6 8 mass 100grain grain 100 weight P 0.05. 005 0.05 . 05 0.05) time I use propagation extraction 10 00 0.0 1 0.

Resumo: O objetivo do trabalho foi investigar os efeitos do escurecimento dos frutos de Idesia polycarpa nas características morfológicas dos frutos e sementes, teor de óleo, teor de ácidos graxos, taxa de germinação das sementes e propriedades fisiológicas. Os testes de germinação foram realizados sob armazenamento seco e úmido a 5 ° C por 0 d, 20 d, 40 d, 60 d e 80 d. A massa dos frutos, o peso de 100 sementes, o teor de umidade, o teor de óleo das sementes e ácido oleico nos ácidos graxos insaturados dos frutos pretos são significativamente inferiores aos dos frutos vermelhos (P < 0,05). A taxa de germinação das sementes de frutos pretos foi maior que dos frutos vermelhos sob armazenamento úmido e o teor de malonaldeído dos frutos pretos diminuiu com o aumento do tempo de armazenamento. Nossos resultados demonstraram que os frutos pretos de I. polycarpa não devem ser descartados indiscriminadamente e que a cor dos frutos pode ser escolhida de acordo com a finalidade de uso. Os frutos pretos são colhidos para propagação de espécies, enquanto os frutos vermelhos são colhidos principalmente para extração de óleo. Resumo fisiológicas 2 4 6 8 10 umidade P 0,05. 005 0,05 . 05 0,05) I uso espécies 1 00 0,0 0,

Abstract Dendrobium officinale is a traditional Chinese medicine and nourishing food in China. Polysaccharide content was used as a criterion for evaluating the quality of D. officinale. At present, epiphytic cultivation is the main cultivation method of D. officinale in China. In the present study, D. officinale was collected under various growing conditions to compare its polysaccharide content in an attempt to discover the most favorable growing conditions for D. officinale, which can be used to guide the artificial cultivation production of D. officinale. China D study

Abstract Dendrobium nobile is a traditional Chinese medicine and nourishing food in China. Alkaloids and sesquiterpene glycosides are the two main active ingredients in D. nobile. The previous reports showed that alkaloids and sesquiterpene glycosides have the same upstream biosynthetic pathway, starting from sesquiterpene components, part of which is converted to sesquiterpene glycosides by the action of UDP-glycosyltransferase, and part of which is further synthesized to alkaloids. Therefore, sesquiterpene UDP-glycosyltransferases play an important role in the biosynthesis of alkaloids and sesquiterpene glycosides in D. nobile. In this study, the key glycosyltransferase genes in sesquiterpene glycosylation in D. nobile were explored, predicted and validated by transcriptome technology. China D pathway components UDPglycosyltransferase, UDPglycosyltransferase UDP glycosyltransferase, UDP-glycosyltransferase Therefore UDPglycosyltransferases glycosyltransferases study explored technology

Abstract Dendrobium nobile is a traditional Chinese medicine and functional food in China, with anti-aging, immunity-enhancing, glucose-lowering and lipid-lowering health functions. In recent years, the research value of D. nobile has attracted the attention of more and more experts and scholars. Today, phytochemical investigation of the stems of Dendrobium nobile Lindl., led to the isolation of five sesquiterpene glycosides, including dendromoniliside D (1), dendronobiloside A (2), dendronobiloside C (3), dendronobiloside D (4), dendroside G (5) and their α-amylase and α-glycosidase inhibitory activities were also investigated. Among them, dendromoniliside D (1), dendroside G (5) were first isolated from D. nobile. And dendronobiloside A (2) and dendronobiloside C (3) exhibited better inhibitory activity against α-glycosidases, respectively. In the case of α-amylase inhibition, dendroside G (5) has a relatively good effect. These results suggest that sesquiterpene glycosides of D. nobile have potential hypoglycemic activity and deserve further research and development.

SUMMARY OBJECTIVE: To reduce surgical exposure and improve accuracy, this study evaluated the anatomical distance parameter D (including D1, D2, and D3) of the lumbar isthmus for cortical bone screw insertion. METHODS: A total of 25 structurally complete lumbar dry specimens were used for lumbar anatomy measurements. The six cadaver specimens were divided into upper and lower parts on the plane of the T11–T12 vertebrae, and we use the lower parts. Therefore, six lumbar wet specimens and another four complete lumbar dry specimens were selected. The lumbar isthmus tangent point was considered a coordinate origin, and the insertion point was determined through translating the distance of D1 value to the midline of the vertebral body horizontally and then vertically moved toward inferior board of the transverse process with the distance of D3 value. RESULTS: In four dry and six wet intact lumbar specimens, cortical bone screws were placed according to the average value of the isthmus parameter D. A total of 100 trajectories were verified in specimens by X-ray and computed topography scan to evaluate the safety, accuracy, and feasibility of the surgical use of isthmus parameter D. Using this parameter, the rates of excellent screw placement were 95% (38/40) in four dry specimens and 88.7% (53/60) in six wet specimens. CONCLUSION: The isthmus parameter D is easier to use by the operator, which can improve surgical accuracy and reduce operation time. LEVEL OF EVIDENCE: Level IV, prospective study.

Abstract Dendrobium nobile is a traditional Chinese medicine and functional food in China, containing phenanthrene, alkaloids, bibenzyl, sesquiterpenes, polysaccharides and other chemical components, with anti-aging, immunity-enhancing, glucose-lowering and lipid-lowering health functions. In recent years, the research value of D. nobile has attracted the attention of more and more experts and scholars. This paper reviews the chemical constituents isolated and identified from D. nobile and provides reference for further development and utilization of D. nobile.

ABSTRACT Background: Dragon′s blood is a well-known traditional Chinese medicine, isolated mainly from the trunks of Dracaena trees. Overexploitation of the Dracaena resource has resulted in this plant becoming endangered. This work aimed to assess the potential to use various tissues of the Dracaena cochinchinensis tree, such as leaves and roots, to produce dragon′s blood. Results: We found that many dragon′s blood components accumulated in the bark of trunk and roots of D. cochinchinensis under natural conditions. In addition, small amounts of loureirin A were detected in leaves, suggesting that the leaves could be a potential source of dragon′s blood. Real-time quantitative PCR analysis showed that most of the genes tested in this study, which encoded enzymes involved in the biosynthesis of dragon′s blood flavonoids, were highly expressed in the bark of roots and trunk. Conclusion: We confirmed that the bark of roots and trunk of D. cochinchinensis tree were the main tissues for the synthesis and storage of dragon′s blood under natural conditions. This study demonstrated the potential to extract dragon′s blood from the roots that have been abandoned due to mining difficulties without destroying the tree, a process which would be beneficial to the protection of the endangered wild D. cochinchinensis tree populations.

Abstract This paper took fermented dough as the research object. The difference between the subfreezing temperature and other freezing temperatures for long-term storage of fermented dough was discussed. The fermented dough was quick-frozen at -30 °C for 1 h and then stored at -6 °C, -12 °C and -18 °C for 5 d, 10 d and 15 d. The results indicated that with decreasing freezing temperature, the content of bound water in the dough increased gradually so that the water in the dough could be better preserved and the storage time of the dough could be prolonged. Although low temperatures could have a better storage effect, too low temperature and prolonged freezing time would destroy the structure of the starch in the dough. The structure of the starch stored at the subfreezing temperature (-12 °C) was better than that stored at other temperatures. Compared with the common freezing temperature (-18 °C), the subfreezing temperature not only achieves a better storage effect but also reduces energy consumption.