1,136 research outputs found
HO CHI MINH THOUGHT ABOUT PROMOTING THE ROLE OF THE PEOPLE IN PROTECTING THE SECURITY, ORDER
No full textAbstract: During his lifetime, President Ho Chi Minh was very interested in promoting the role of the people in protecting security, order. Research shows that Ho Chi Minh thought on promoting the role of the people in protecting security and order is a comprehensive and in-depth system of views on the objectives, content, and methods promote the role of the people in crime prevention and control and violations of the law. Carrying out multiple demonstrations, Ho Chi Minh's thought has theoretical value and practical orientation. Researching, searching, understanding, and clarifying the content of Ho Chi Minh's thought as a basis to apply it to the work of promoting the role of the people in security protection and self-defence in Vietnam is an established issue now.
Keywords: Ho Chi Minh Thought; people; Security, Order.
Title: HO CHI MINH THOUGHT ABOUT PROMOTING THE ROLE OF THE PEOPLE IN PROTECTING THE SECURITY, ORDER
Author: Dr. Nguyen Viet Hung, Dr. Luu Tuan Hieu, Dr. Ngo Thi Khanh
International Journal of Social Science and Humanities Research
ISSN 2348-3156 (Print), ISSN 2348-3164 (online)
Vol. 10, Issue 3, July 2022 - September 2022
Page No: 426-429
Research Publish Journals
Website: www.researchpublish.com
Published Date: 12-September-2022
DOI: https://doi.org/10.5281/zenodo.7072302
Paper Download Link (Source)
https://www.researchpublish.com/papers/ho-chi-minh-thought-about-promoting-the-role-of-the-people-in-protecting-the-security-orderInternational Journal of Social Science and Humanities Research, ISSN 2348-3156 (Print), ISSN 2348-3164 (online), Research Publish Journals, Website: www.researchpublish.co
Safer selection and use of pesticides: Integrating risk assessment, monitoring and management of pesticides
Get PDFCrop Production/Industries,
A randomized controlled trial of Tai chi for balance, sleep quality and cognitive performance in elderly Vietnamese
Get PDFManh Hung Nguyen, Andreas KruseInstitute of Gerontology, Heidelberg University, Heidelberg, GermanyObjective: To evaluate the effects of Tai chi exercise on balance, sleep quality, and cognitive performance in community-dwelling elderly in Vinh city, Vietnam.Design: A randomized controlled trial.Participants: One hundred two subjects were recruited.Intervention: Subjects were divided randomly into two groups. The Tai chi group was assigned 6 months' Tai chi training. The control group was instructed to maintain their routine daily activities.Outcome measures: The Falls Efficacy Scale (FES), Pittsburgh Sleep Quality Index (PSQI), and Trail Making Test (TMT) were used as primary outcome measures.Results: Participants in the Tai chi group reported significant improvement in TMT (part A) (F [1, 71] = 78.37, P < 0.001) and in TMT (part B), (F [1, 71] = 175.00, P < 0.001) in comparison with the control group. Tai chi participants also reported better scores in FES (F [1, 71] = 96.90, P < 0.001) and in PSQI (F [1,71] = 43.69, P = 0.001) than the control group.Conclusion: Tai chi is beneficial to improve balance, sleep quality, and cognitive performance of the elderly.Keywords: Tai chi, sleep, balance 
Otostigmus aculeatus Haase 1887
No full textOtostigmus aculeatus Haase, 1887 (Figs. 2–7) Otostigmus (O.) aculeatus Haase, 1887: 71; Attems 1938: 337; Attems 1953: 138; Schileyko 1992: 7; Schileyko 1995: 83, fig. 11; Schileyko 1998: 268; Schileyko 2001: 430; Lewis 2001: 28, figs 53–58; Chao & Chang 2003: 2; Schileyko 2007: 76, fig. 2. Otostigmus (O.) ziesel Schileyko, 1992: 10, figs 2b–d; Schileyko 1995: 85, fig. 13; Schileyko 1998: 268; Schileyko 2001: 431; synonymised by Schileyko (2007). Material examined. DIEN BIEN Province: 1 specimen (IEBR-Chi 074) Muong Nhe Natural Reserve, bamboo forests, 20.7091N– 104.6869”E, 14 June 2018, coll. Nguyen D. Hung & Le X. Son; 1 specimen (IEBR-Chi 076) same locality, but mixed forests, 20.7108N– 104.6869E, elevation of 673 m, 14 May 2018, coll. Nguyen D. Hung & Le X. Son; 1 specimen (IEBR-Chi 179) same locality, residential area, pitfall trapping, 11 January 2017, coll. Nguyen D. Hung & Le X. Son; SON LA Province: 6 specimens (IEBR-Chi 061, 063-067) Ta Xua Natural Reserve, natural forests, 20.7108N– 20.7108E, elevation of 400 m, 9 February 2017, coll. Ha Kieu Loan & Le X. Son; 1 specimen (IEBR-Chi 070) same locality, but bamboo forests, 21.3491N– 104.6947E, elevation of 810 m, 11 November 2017, coll. Ha Kieu Loan & Le X. Son; 1 specimen (IEBR-Chi 072) same data, but 20.3437N– 104.6802E, elevation of 515 m, 13 November 2017; HOA BINH Province: 3 specimens (IEBR-Chi 049, 222, 229) Thuong Tien Natural Reserve, natural forest, 21.6357N– 105.4490E, elevation of 443 m, 31 January 2018, coll. Hoang N. Anh & Nguyen D. Hung; 1 specimen (IEBR-Chi 050) same data, but 20.6346N– 105.4500E, elevation of 515 m; 2 specimens (IEBR-Chi 227, IEBR-Chi 228) but 20.6287N– 105.4340E, elevation of 509 m, 30 January 2018, coll. Tran T. T. Binh & Nguyen D. Hung; 5 specimens (IEBR-Chi 051, IEBR-Chi 231, IEBR-Chi 235, IEBR-Chi 233, IEBR-Chi 234) same data, but 20.6400N– 105.4440E, elevation of 295 m, 12 May 2017, coll. Tran T. T. Binh & Nguyen D. Hung; 1 specimen (IEBR-Chi 232) same data, but 20.6378N– 105.4467E, elevation of 357 m, 14 May 2017, coll. Tran T. T. Binh & Nguyen D. Hung; 1 specimen (IEBR-Chi 060) same data, but 20.6231N– 105.4298E, elevation of 586 m, 30 May 2017, coll. Tran T. T. Binh & Nguyen D. Hung; VINH PHUC Province: 2 specimens (IEBR-Chi 129, IEBR-Chi 130), Me Linh station for biodiversity, regenerated forests, 21.3973N– 105.7130E, 9 September 2018, coll. Vu T. Ha; 2 specimens (IEBR-Chi 250, IEBR-Chi 253) same locality, Eucalyptus forests, 21.3833N– 105.7126E, 2 December 2018, coll. Vu T. Ha; 1 specimen (IEBR-Chi 254), Me Linh station for Biodiversity, regenerated forests, 21.3885N– 105.7193E, 2-3 December 2018, coll. Vu T. Ha; 1 specimen (IEBR-Chi 035) same locality, mixed forests, 21.3992N– 105.7241E, 9 July 2018, coll. Nguyen D. Anh; 4 specimens (IEBR- Chi 011, 099, 103, 118) same locality, regenerated forests, 10–17 September 2016, coll. Nguyen D. Anh; 1 specimen (IEBR-Chi 094) same data, but 8–18 April 2014, pitfall trapping, coll. Nguyen D. Anh; QUANG NINH Province: 1 specimen (IEBR-Chi 239) Bai Tu Long National Park, Sau Nam Island (21.1784N– 107.6646E), natural forests, 22 February 2012, coll. Nguyen D. Anh; BAC GIANG Province: 1 specimen (IEBR-Chi 012) Son Dong District, Tay Yen Tu Natural Reserve, Khe Ro station (21.3436N- 106.9698E)), natural forests, 17–18 May 2013, coll. Phung T.H. Luong; HAI PHONG Province: 8 specimens (IEBR-Chi 242, 244, 021, 022, 009, 183, 194, 245) Cat Ba National Park, natural forests, 20.7984N– 106.9994E, 18 March 2012, coll. Nguyen D. Anh; NINH BINH Province: 4 specimens (IEBR-Chi 020, 088, 089, 090) Cuc Phuong National Park, natural forests, “Nguoi Xua Cave, 21–22 September 2016, coll. Nguyen D. Anh; 1 specimen (IEBR-Chi 093) same locality, but 20.3217N– 109.6081”E, 28 July–2 August 2017, coll. Nguyen D. Anh; NGHE AN Province: 1 specimen (IEBR-Chi 240) Pu Mat National Park, natural forests, 19.0799N– 104.6371E, 4–10 April 2011, coll. Nguyen D. Anh; QUANG BINH Province: 1 specimen (IEBR-Chi 237) Son Trach District, Cha Noi Commune, limestone forests, 17.6432N– 106.1019E, 16–19 February 2012, coll. Pham H. Phong; QUANG NGAI Province: 1 specimen (IEBR-Chi 193) Ly Son island, An Binh commune (15.4289N- 109.0811E), natural forests, 8 August 2017, coll. Dang T. Hoa; QUANG NAM Province: 1 specimen (IEBR-Chi 255) Song Thanh Natural Reserve (15.6700N– 107.7188E), natural forests, elevation of 1,000 m, 11 January 2019, coll. Le X. Son; DAK LAK Province: 1 specimen (IEBR-Chi 172) Kon Ka Kinh National Park (14.2589N– 108.3794E), natural forests, elevation of 920–1,200 m, 12 May 2016, coll. Le X. Son; DONG NAI Province: 1 specimen (IEBR-Chi 156) Cat Tien National Park, natural forests, on the way to Bau Sau, 11.4533N– 107.3658E, elevation of 180 m, 10–11 July 2018, coll. Nguyen D. Anh. Diagnosis. Body with 21 leg-bearing segments. Spiracles oval-shaped (Fig. 2D). Antennae with 17 antennomeres including 3 basal smoothly glabrous ones (Fig. 2 A–B). Coxosternal plate with 4+4 teeth (Fig. 2B). Paramedian grooves distinct on both tergites and sternites (Fig. 3 A–B). Coxopleural process long, conical, with 5–7 apical spines (Figs 3 C–D, 5A–B, 6A–B). Prefemur of the ultimate legs with numerous spines arranged in rows (Figs 4 A–B, 5C, 6C). Previous records from Vietnam. QUANG NINH (Hon Gai, Ha Long); HAI PHONG (Cat Ba NP); HA NOI (Ba Vi NP); HOA BINH (Mai Chau District); VINH PHUC (Tam Dao NP); NINH BINH (Cuc Phuong NP); QUANG NAM (Cu Lao Cham Island); KON TUM (Buon Luoi); GIA LAI (An Khe District); DONG NAI (Ma Da; Cat Tien NP); Tho Chu Island; (Attems, 1938, 1953; Schileyko, 1992, 1995, 2007). Distribution. Also known from Laos, Indonesia (Java), Taiwan, Hong Kong, and China (Chao & Chang 2003; Schileyko 2007). Remarks. The species is widely distributed in Vietnam (Fig. 7). Otostigmus aculeatus varies remarkably in shape and chaetotaxic pattern of prefemoral spines of the ultimate leg. Based on the number of spines on coxopleural process and on prefemur of the ultimate leg, it can be divided into three morphological types. The first type has coxopleural process with 4 apical, 3 subapical and 1 dorsal spine, no lateral ones (Fig. 5 A–B). Prefemur of the ultimate leg has 1 corner, 3–4 dorsomedial, 6–8 medial, 8–9 ventromedial, and 5 ventrolateral spines—all spines are arranged in lines, but the dorsomedial and ventrolateral spines are big whereas medial and ventromedial ones are small (Fig. 5C). The second type has coxopleural process with 4 apical, 2–3 subapical, 1 lateral and 1 dorsal spine (Fig. 6 A–B). Prefemur of the ultimate leg has numerous small spines which are not arranged in lines (Fig. 6C). The last type has coxopleural process with 5–6 apical, 1 subapical, 1 dorsal spine, no lateral ones (Fig. 3 C–D). Prefemur of the ultimate leg has 1 corner, 3–4 dorsomedial, 5–8 medial, 7–8 ventromedial and 4–5 ventrolateral spines. These spines are big and arranged in lines (Fig. 4). These types were sometimes found in the same locality, e.g. Me Linh or Thuong Tien. The three types also formed different lineages in the phylogenetic tree (Fig. 40). The differences may suggest that different species may be separated from O. aculeatus.Published as part of Vu, Ha T., Nguyen, Hung D., Le, Son X., Eguchi, Katsuyuki, Nguyen, Anh D. & Tran, Binh T. T., 2020, A review and notes on the phylogenetic relationship of the centipede genus Otostigmus Porat, 1876 (Chilopoda: Scolopendromorpha: Scolopendridae) from Vietnam, pp. 401-438 in Zootaxa 4808 (3) on pages 405-408, DOI: 10.11646/zootaxa.4808.3.1, http://zenodo.org/record/393316
People’s expectations in Ho Chi Minh City when buying over - the - counter drugs to self - treatment
Get PDFThis objective is to study determinants of people’s expectation in Ho Chi Minh city when buying over – the counter drugs to self – treatment. With a directly surveyed dataset of 403 citizens over 18 years old who purchased medicines for self-treatment, and using the quantitative method by exploratory factor analysis (EFA), the study found factors affecting people’s expectations when buying over – the – counter (OTC) drugs to heal themselves are past purchase and use of non-prescription drugs, experience treating common diseases with OTC drugs, seeking information behavior when intending buying non-prescription drugs, the impression of the-over-counter medications and the impression of pharmacist at pharmacy by Ho Chi Minh city (HCMC) citizens
Otostigmus amballae Chamberlin 1913
No full textOtostigmus amballae Chamberlin, 1913 (Figs. 8–11) Otostigmus (O.) amballae Chamberlin, 1913: 74; Attems 1930: 153; Schileyko 1992: 7; Schileyko 1995: 81, fig. 7; Schileyko 1998: 268; Schileyko 2001: 429; Schileyko 2007: 78. Material examined. SON LA Province: 1 specimen (IEBR-Chi 069) Ta Xua Natural Reserve, bamboo forests, 21.3406N– 104.6804E, elevation of 346 m, 12 November 2017, coll. Ha Kieu Loan & Le X. Son; 1 specimen (IEBR-Chi 013) same data, but 21.3491N– 104.6947E, elevation of 810 m, 11 November 2017; HOA BINH Province: 1 specimen (IEBR-Chi 014) Thuong Tien Natural Reserve, natural forests, 20.6346N– 105.4500E, elevation of 515 m, 31 January 2018, coll. Hoang N. Anh & Nguyen D. Hung; 1 specimen (IEBR-Chi 054) same locality, but 20.6331N– 105.4503E, elevation of 564 m, 14 May 2017, coll. Hoang N. Anh & Nguyen D. Hung; 1 specimen (IEBR-Chi 218) same locality, but bamboo forests, elevation of 441 m; VINH PHUC Province: 2 specimens (IEBR-Chi 248-249), Me Linh station for Biodiversity, regenerated forests, 21.3885N– 105.7193E, 2-3 December 2018, coll. Vu T. Ha. Diagnosis. Body with 21 leg-bearing segments. Spiracles oval-shaped (Fig. 9C). Antennae with 17 antennomeres; first two and ½ of the third glabrous; the last antennomere twice as long as previous one (Fig. 8). Tergites 3–20 with three distinct longitudinal keels, and a slightly deep depression between these keels (Fig. 9B). Sternites 2–20 with wide and shallow paramedian grooves (Fig. 9A). Coxopleural process very short, conical, with up to 2 apical spines (Figs 9B, 10A). Prefemur of the ultimate legs with 0–4 ventral spines (Fig. 10 B–C). Previous records from Vietnam. HOA BINH, QUANG NINH (Schileyko, 1992, 1995, 2007). Distribution. The species has also been reported from India, Nepal and Thailand (Attems 1930; Schileyko 2007), but it has only been found in northern Vietnam so far (Fig. 11).Published as part of Vu, Ha T., Nguyen, Hung D., Le, Son X., Eguchi, Katsuyuki, Nguyen, Anh D. & Tran, Binh T. T., 2020, A review and notes on the phylogenetic relationship of the centipede genus Otostigmus Porat, 1876 (Chilopoda: Scolopendromorpha: Scolopendridae) from Vietnam, pp. 401-438 in Zootaxa 4808 (3) on pages 410-411, DOI: 10.11646/zootaxa.4808.3.1, http://zenodo.org/record/393316
Understanding the transmission dynamics of a large-scale measles outbreak in Southern Vietnam
No full textOBJECTIVES: Southern Vietnam experienced a large measles outbreak of over 26,000 cases during 2018-2020. We aimed to understand and quantify the measles spread in space-time dependence and the transmissibility during the outbreak. METHODS: Measles surveillance reported cases between January 2018 and June 2020, vaccination coverage, and population data at provinicial level were used. To illustrate the spatio-temporal pattern of disease spread, we employed the endemic-epidemic multivariate time series model decomposing measles risk additively into autoregressive, spatio-temporal, and endemic components. Likelihood-based estimation procedures were performed to determine the time-varying reproductive number Re of measles. RESULTS: Our analysis showed that the incidence of measles was associated with vaccination coverage heterogeneity and spatial interaction between provincial units. The risk of infections was dominated by between-province transmission (36.1% to 78.8%), followed by local endogenous transmission (4.1% to 61.5%). In contrast, the endemic behavior had a relatively small contribution (2.4% to 33.4%) across provinces. In the exponential phase of the epidemic, Re was above the threshold with a maximum value of 2.34 (95% CI: 2.20-2.46). CONCLUSION: Local vaccination coverage and human mobility are important factors contributing to the measles dynamics in Southern Vietnam, and the high risk of inter-provincial transmission is of most concern. Strengthening the disease surveillance is recommended, and further research is essential to understand the relative contribution of population immunity and control measures in measles epidemics.sponsorship: We would like to thank the VLIR-UOS for awarding T.H.T.N. a scholarship to study the Master of Epidemiology at the Univer-sity of Antwerp, Belgium. We are pleased to acknowledge the Pas-teur Institute in Ho Chi Minh City including the Board of Directors for supporting the research endeavor in terms of data use, col-leagues of the Outbreak Control Unit (Pham Duy Quang, Nguyen Thi Phuong Thuy, Tran Cong Kha, Doan Ngoc Minh Quan, Nguyen Quoc Kien, Tran Anh Tuan, Phan Thi Ngoc Uyen, Nguyen Viet Thinh, Hoang Thi Lien, and Phan Cong Hung), and the EPI Unit (Hoang Anh Thang, Chau Van Luom, Truong Cong Hieu, Vo Ngoc Quang, Nguyen Dieu Thuy, Nguyen Thi Huyen, Phan Thi Quynh Tram, Vien Dang Khanh Linh, Nguyen Thi Thu Trang, Nguyen Van Hoang, Tran Quang Trung, Trinh Trung Truc, Tran Thanh Hai) for their huge efforts and enthusiasm in case monitoring, surveillance and contact tracing, outbreak investigation, and launching the sup-plementary immunization activities during the measles outbreak. We would also like to acknowledge the large contribution of 20 Provincial Centers for Disease Control and Prevention in two cities and 18 provinces in Southern Vietnam in the EPI National Project. (VLIR-UOS)status: Publishe
Xianggang shui yu de fu you zhi wu ji wei xing fu you dong wu de she shi
No full textTang, Chi Hung.Thesis M.Phil. Chinese University of Hong Kong 2014.Includes bibliographical references (leaves 101-123).Abstracts also in Chinese.Title from PDF title page (viewed on 27, September, 2016).Tang, Chi Hung
Binding affinity of the L-742,001 inhibitor to the endonuclease domain of A/H1N1/PA influenza virus variants: Molecular simulation approaches
No full text© 2017 Elsevier B.V. The steered molecular dynamics (SMD), molecular mechanics Poisson-Boltzmann surface area (MM-PBSA) and free energy perturbation (FEP) methods were used to determine the binding affinity of the L-742,001 inhibitor to the endonuclease domain of the A/H1N1/PA influenza viruses (including wild type (WT) and three mutations I79L, E119D and F105S for both pH1N1 PA and PR8 PA viruses). Calculated results showed that the L-742,001 inhibitor not only binds to the PR8 PAs (1934 A influenza virus) better than to the pH1N1 PAs (2009 A influenza virus) but also more strongly interacts with the WT endonuclease domain than with three mutant variants for both pH1N1 PA and PR8 PA viruses. The binding affinities obtained by the SMD, MM-PBSA and FEP methods attain high correlation with available experimental data. Here the FEP method appears to provide a more accurate determination of the binding affinity than the SMD and MM-PBSA counterparts.sponsorship: Computing resources were provided by the HPC Lab of HCMC University of Technology. The authors are grateful to Dr. Nam Thoai and Mr. Nguyen Huu Quy Ngan for valuable assistance. Hung Nguyen thanks Institute for Computational Science and Technology (ICST) at Ho Chi Minh City for support. We are also grateful to Ton Duc Thang University (TDTU-DEMASTED). We sincerely thank Dr. Antonios Kolocouris from Athens, Greece, for reading and valuable comments. (Institute for Computational Science and Technology (ICST) at Ho Chi Minh City)status: Publishe
CUHK electronic theses & dissertations collection
No full textHung, Chi Ho.Thesis M.Phil. Chinese University of Hong Kong 2014.Includes bibliographical references (leaves 81-85).Abstracts also in Chinese.Title from PDF title page (viewed on 11, January, 2017)
- …
