The exclusive breastfeeding rate in Malaysia is very low. However in recent years the awareness of breastfeeding among mothers has increased. A preliminary qualitative research was carried out on these motivated mothers. The objective of this study was to understand the challenges encountered by breastfeeding mothers and to explore the support and motivation received by them. Information from the motivated mothers was obtained from focus group discussion. Some obstacles faced by the mothers were lack of knowledge on breastfeeding and lack of support from health professionals, parents and siblings. Facilities to express breast milk while at work were not readily available. The main motivation to breastfeed came from the mother herself and support from the husband. A holistic approach must be used to help mothers to continue breastfeeding. This includes breastfeeding promotion and education, setting up more Baby Friendly Hospitals, availability of breastfeeding support groups and provision of enough breastfeeding facilities at work and public places.
The purposes of the study were: (1) to determine the agility and leg power among Malaysian national junior netball players and (2) to determine the impact of eight-week aerobic and strength-training programme on these two variables. A total of 21 netball players from Bukit Jalil Sport School were selected as the subjects in this study. The SEMO Agility Run test was used to determine the agility level while leg power was measured using the Vertical Jump test. Pre-test and post-test results showed no significant differences in the agility and leg power level among the netball players. The mean values for the agility and leg power post-test were 12.59 (SD = 0.56) seconds and 50.24 (SD = 4.90) cm respectively. The pre-test and post-test results for different playing positions recorded the highest improvement in agility and leg power among attacker, followed by centre, and defender. Thus, the training conducted in this study was found to have improved agility and leg power marginally, especially among attacker and centre netball players.
The aim of the study was to compare the body fat percentages between Malaysian national women basketball players and netball players. Both basketball and netball players were elite players who represented Malaysia in the 1997 Southeast Asia Games in Jakarta, Indonesia and the 1998 Commonwealth Games in Kuala Lumpur. The percentage of body fat was determined by means of skinfold measurement at seven different locations. Results of the findings showed that overall, the basketball players had higher percentages of body fat than netball players. The average percentages of body fat of basketball and netball players were 19.68 ± 4.93% and 18.93 ± 4.41%, respectively. Both Malaysian national basketball and netball players' average percentage of body fat were found to be higher than the ideal average percentage of body fat range between 10-16% for female athletes in elite team sports. The players in the defence position in basketball were found to have the highest percentage of body fat (23.00%), followed by centre position players (21.62%) and attack position players (15.10%). These results differed from netball players' in similar playing positions. Among the netball players, the defence position players had the highest percentage of body fat (21.00%), followed by attack position players (18.63%), and centre position players (16.57%).
The aim of the research is to compare the physical profile between Malaysian women basketball players and netball players. The physical profile measures were height, body mass, and body fat. The subjects were divided into two groups based on their playing performance and positions. The playing performance consisted of elite/senior, junior, and reserve players. Meanwhile, the playing positions consisted of forward/attack, centre, and guard/defence. The percentage of body fat was determined by means of skinfold measurement at seven different locations. Results showed that there were significant differences in body fat percentage between basketball player and netball players (p < 0.01). The elite/senior basketball players were reported to have the lowest body fat percentage as compared to other basketball or netball players. While for the playing position, guard/defence position basketball players were reported to be the shortest and have the lowest body fat percentage as compared to other playing positions. In conclusion, Malaysian basketball players were found to have better physical or bodily advantaged in terms of playing contact sports as compared to the Malaysian netball players.
SPRY domain- and SOCS box-containing proteins SPSB1, SPSB2, and SPSB4 interact with inducible nitric oxide synthase (iNOS), causing the iNOS to be polyubiquitinated and targeted for degradation. Inhibition of this interaction increases iNOS levels, and consequently cellular nitric oxide (NO) concentrations, and has been proposed as a potential strategy for killing intracellular pathogens. We previously described two DINNN-containing cyclic peptides (CP1 and CP2) as potent inhibitors of the murine SPSB-iNOS interaction. In this study, we report the crystal structures of human SPSB4 bound to CP1 and CP2 and human SPSB2 bound to CP2. We then used these structures to design a new inhibitor in which an intramolecular hydrogen bond was replaced with a hydrocarbon linkage to form a smaller macrocycle while maintaining the bound geometry of CP2 observed in the crystal structures. This resulting pentapeptide SPSB-iNOS inhibitor (CP3) has a reduced macrocycle ring size, fewer nonbinding residues, and includes additional conformational constraints. CP3 has a greater affinity for SBSB2 ( KD = 7 nM as determined by surface plasmon resonance) and strongly inhibits the SPSB2-iNOS interaction in macrophage cell lysates. We have also determined the crystal structure of CP3 in complex with human SPSB2, which reveals the structural basis for the increased potency of CP3 and validates the original design.