63 research outputs found
A Study on Chellenges of Oilseed Crops Production in Rural Area of Yenangyaung Township ( Ye Win Naing, 2024)
This study analyzes the profitability of oilseed crops, the sources of
technologies and market information, access to improved technologies and market, and
the sales pattern of oilseed, and examines the constraints in cultivation in oilseed crops,
and ways forwards to improving production and productivity of oilseeds of oilseed in
the study area. A total of 152 oilseed crops farmers are interviewed and selected by
using purposive random sampling method with structured questionnaires in
Yenangyaung Township, Magway Region in 2024. Descriptive method is used in this
study. It is found that oilseed crops farmers can earn more profit by getting information
access, sufficient labor in cultivating, enough information access, getting market
access, low transportation cost. The respondents also perceive that they have
technological constraints, and constraints about agro-climate factors, economic factors,
post-harvest, marketing and value-addition. It is suggested that the ways forwards to
improving HYV seeds, applying chemical fertilizer after testing the soil quality, using
modern farm related equipment like combined harvester, and arranging the workshop
on oilseeds by the Agricultural Departmen
Confirmation of Skywalker Hoolock Gibbon (Hoolock tianxing) in Myanmar Extends Known Geographic Range of an Endangered Primate
Learning Enhancement of Electrical Engineering Students (TU Dawei) by Using the Developed Voltage Source Inverter (VSI) for 3-Phase Induction Motor Drives by Modern 32-bits Microcontroller
Development of Polyelectrolyte Chitosan-gelatin Hydrogels for Skin Bioprinting
AbstractBioprinting is an emerging technology that offers the unique ability to deposit and pattern different cells and matrix materials to fabricate three-dimensional (3-D) tissue constructs. Markedly, bioprinting demonstrated great potential for skin tissue engineering ranging from the development of 3-D skin tissue models to in-situ bioprinting of skin directly over the wound site. Nevertheless, one of the major challenges that impede the progress in this field is the limited choices of printable biomaterials. In this paper, we report the development of printable polyelectrolyte chitosan-gelatin hydrogel for potential applications in tissue engineering of skin. The oppositely charged functional groups from chitosan and gelatin respectively first interacted at a specific pH range to form a polyelectrolyte complex, followed by further pH-dependent crosslinking. The pH-crosslinked polyelectrolyte chitosan-gelatin hydrogel was then evaluated in terms of its rheological behavior, biocompatibility, printability and lastly material stability under physiological conditions. The polyelectrolyte chitosan-gelatin hydrogel remained in a robust gel-state over the temperature range of 20-40 oC and facilitated cellular attachment and proliferation. Furthermore, it demonstrated good printability and the multi-layered hydrogel construct was mechanically stable after subjecting it to physiological conditions for 7 days
Potential Contribution of Iron Deficiency and Multiple Factors to Anemia among 6-to 72-Month-Old Children in the Kokang Area of Myanmar
The prevalence of anemia among children in Myanmar has been reported to be among the highest in the world. This study was conducted to determine 1) the prevalence of anemia in preschool children and 2) risk factors associated with anemia. A total of 138 children aged from 6 to 72 months were recruited through cluster sampling from six villages in Kokang. Hemoglobin (Hb) concentration, blood trace elements, and anthropometric indicators were measured. Feces samples were collected to examine for the presence of ascarid eggs. The overall prevalence of anemia in children was 61.6%, including 10.9% with severe anemia. Meanwhile, high prevalence of stunting (40.0%), underweight (22.4%), wasting (6.3%), and small head circumference (6.7%) was found. Children with anemia were more prone to stunting. Children with severe anemia and moderate anemia had significantly lower blood iron and zinc levels than children without anemia (P < 0.001 and P = 0.007). The prevalence of ascarid infection was 64.9%; however, it was not associated with anemia. Drinking spring water was positively associated with anemia (odds ratio [OR] = 6.368). This study demonstrated that anemia is an important public health problem among children from the Kokang area. Iron deficiency and drinking spring water may be the important causes of anemia among children.SCI(E)[email protected]
Development of Positioning Control for Automated Installation of Pipelines Using Kalman Filter Based on Microelectromechanical System
Modeling and Controlling of DC Motor Positioning in the Installation of Pipelines Based on Composite Materials
Epidemiological study to support the establishment of a progressive zoning approach for the control of Foot and Mouth Disease in Myanmar
Foot and mouth disease (FMD) is a highly contagious viral disease which has a significant impact on the economy and livestock productivity of affected countries. The research reported in this thesis involved investigation of the epidemiology of FMD in a potentially free (Tanintharyi) and an endemic (Sagaing) region of Myanmar. The animal level sero-prevalence in the Sagaing was high (42%, 95% CI 37.7 - 47.1) in contrast to that in Tanintharyi Division (11.7%, 5.9 - 17.4). Possible source of FMD in those locations may be due to communal grazing, using only underground water sources, purchasing cattle in March annually as a logestic regression model. In contrast, FMD was negative associated with trading of cattle within the same village where the farmers possessed less than only 10 cattle.
During this study, the traditional Dutaik meeting approach which is conducted in rural area of Myanmar ,was developed as a participatory disease tool and was validated with data collected from serological surveys and questionnaire interviews. It was concluded that the MTD meeting approach is a suitable technique to use for detecting FMD with the significant advantages of time and cost effectiveness. It is proposed that the MTD meeting approach is suitable for use in progressive zoning for the control of FMD in Myanmar and can be used to actively involve farmers in the control program and to increase their awareness of the impact of FMD.
In this study, a partial budgeting model with Monte Carlo simulation was developed to understand the influence of FMD on the economics of animal draught power, which is the major livestock input into the nation's agricultural enterprise. The model revealed losses to farmers were very high if outbreaks occurred every year. The findings of this study are useful for convincing farmers of the potential losses from FMD and the financial benefit in controlling the disease.
The movements of livestock in the Sagaing Division and in the Tanintharyi Division were different, with movements in the Sagaing being more complex. These movement data support the decision to develop a potential free zone area for FMD without vaccination in the Tanintharyi Division (Myanmar MTM area). Positive results from a sero-surveillance study conducted in 2005 in the Tanintharyi Division were most likely false positive results. This was supported by findings from the MTD meetings where no evidence of clinical disease was reported by farmers in contrast to areas where the disease was endemic.
It is concluded that the use of a zoning approach with vaccination in the endemic area of the Sagaing Division is an appropriate option for the control of FMD. At this stage it is not feasible to undertake control and eradication of FMD in the whole country. The complex animal movement patterns and the endemic nature of the disease pose real challenges for its control. However, in Myanmar the MTD meeting approach is a cost-effective option for surveillance to improve the FMD status early in an eradication campaign
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