Publications by authors named "Kanchanakhan N"

Background: Aging is one of the biggest problems in Southeast Asia due to their rapidly growing population of the older person. Old aging population is usually confined to their homes resulting in poor quality of life (QOL). Music has been found to be the great activity for older peoples with physical, emotional and social disorders hence, it affects on quality of their life.

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[Purpose] The aim of this study was to examine the effects of traditional Thai self-massage using a Wilai massage stick(TM) versus ibuprofen on reducing upper back pain associated with myofascial trigger points. [Subjects and Methods] Sixty patients who were diagnosed as having upper back pain associated with myofascial trigger points were randomly allocated to either a massage group using a Wilai massage stick(TM) or a medication group taking ibuprofen for 5 days. Both groups were advised to perform the same daily stretching exercise program.

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This study aimed to evaluate the effectiveness of the court-type traditional Thai massage (CTTM) to treat patients with chronic tension-type headaches (CTTHs) comparing with amitriptyline taking. A randomized controlled trial was conducted. Sixty patients diagnosed with CTTH were equally divided into a treatment and a control group.

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Immunity to malaria can be acquired but only after repeat exposures to polymorphic Plasmodium. However, the development of clinical outcomes during P. falciparum infection is not clearly understood.

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Background: The population structure of the causative agents of human malaria, Plasmodium sp., including the most serious agent Plasmodium falciparum, depends on the local epidemiological and demographic situations, such as the incidence of infected people, the vector transmission intensity and migration of inhabitants (i.e.

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Samples of three pyrimethamine-sensitive clones of Plasmodium falciparum were grown for periods of 22-46 weeks in media containing stepwise increases in pyrimethamine concentrations and were seen to develop up to 1000-fold increases in resistance to the drug. With clone T9/94RC17, the dihydrofolate reductase (DHFR) gene was sequenced from 10 uncloned populations and 29 pure clones, all having increased resistance to pyrimethamine, and these sequences were compared with the sequence of the original pyrimethamine-sensitive clone. No changes in amino acid sequence were found to have occurred.

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