BUKU ABSTRAK - Universiti Putra Malaysia
BUKU ABSTRAK - Universiti Putra Malaysia
BUKU ABSTRAK - Universiti Putra Malaysia
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Science, Technology & Engineering<br />
Potential Anti-fungal Agent from Ardisia crispa for the Treatment of Athlete’s Foot<br />
Assoc. Prof. Dr. Muhammad Nazrul Hakim Abdullah<br />
Yunus Adam, Zuraini Ahmad, Mohd. Roslan Sulaiman and Zainul Amiruddin Zakaria<br />
Sports Academy, University <strong>Putra</strong> <strong>Malaysia</strong>,<br />
43400 UPM Serdang, Selangor, <strong>Malaysia</strong>.<br />
+603-8946 4277; nazrul.hakim@gmail.com<br />
Athlete’s foot is a skin fungal infection that causes scaling, flaking and itching of the affected skin. Blisters<br />
and cracked skin may also occur, leading to exposed raw tissue, pain, swelling and inflammation. Secondary<br />
bacterial infection can accompany the fungal infection. This work examined the anti-fungal activity of Ardisia<br />
crispa (AC) against common fungi that cause Athlete’s foot and several other pathogenic fungi. The antimicrobial<br />
activity of water, ethanol and chloroform extracts of AC was tested against fungal strains using the disc diffusion<br />
and microdilution methods. This antimicrobial activity was compared to standard anti-fungal drugs (griseofulvin,<br />
fluconazole and itraconazole). Results revealed that chloroform extract of AC had potent anti-fungal activity<br />
against Trichophyton rubrum ATCC 40051 and Trichophyton mentagrophytes ATCC 40004 which are the two<br />
most commonly cause of Athlete’s foot. Moderate activity was observed against Candida albicans ATCC 14053,<br />
Candida tropicalis ATCC 14056, Microsporum canis (Clinical isolates and identified at the Department of<br />
Pathology and Microbiology, <strong>Universiti</strong> <strong>Putra</strong> <strong>Malaysia</strong>) and Aspergillus fumigatus ATCC 14109. The ethanol<br />
extract only had mild activity against the Candidia spp and the water extract was devoid of any activity. The<br />
anti-fungal activity of chloroform extract was statistically more potent than griseofulvin and fluconazole but<br />
less potent than itraconazole. Findings from current study support the use of AC in traditional medicine for the<br />
treatment of various fungal infections and may potentially use in the treatment of Athlete’s foot.<br />
Keywords: Antifungal, ardisia crispa, antimicrobial, fluconazole, griseofulvin, disc diffusion<br />
Relationship between Percentage of Body Fat and Maximal Oxygen Uptake<br />
Among Adults<br />
Assoc. Prof. Dr. Muhammad Nazrul Hakim Abdullah<br />
Ali Reza Amani, Yunus Adam, Azhar Yaacob, Mohd. Hafiz Rosli, Noor Idwan Naim and Mohd. Majid Konting<br />
Sports Academy, University <strong>Putra</strong> <strong>Malaysia</strong>,<br />
43400 UPM Serdang, Selangor, <strong>Malaysia</strong>.<br />
+603-8946 4277; nazrul.hakim@gmail.com<br />
Cardiovascular, muscular, cardio respiratory fitness with normal/suitable body composition are the main<br />
factors to improve in athletic performance. The present study was conducted to examine the relationship between<br />
maximum oxygen uptake (VO2max) and body fat percentage among international students in <strong>Universiti</strong> <strong>Putra</strong><br />
<strong>Malaysia</strong>. VO2max and body fat percent are two key factors for health and sport research. Twenty six male<br />
students (26 +/- 5 years old in age and 168 +/- 5 cm in high and 73 +/- 5 kg in weight) were selected. Oxygen<br />
Uptake and body fat percent were measured by the routine protocols. Skin fold thickness measurements were<br />
done from standard anthropometrical reference points (Jackson Pollock method) as well as the Chest, Abdomen<br />
and Thigh. Body fat Percent value was estimated by applying the standard equation. To measure the maximum<br />
oxygen uptake, Bruce protocol were employed on the treadmill with a gas analyser. The Bruce treadmill protocol<br />
is a standardised procedure used to evaluate the aerobic capacity and cardiovascular fitness of athletes or non<br />
athletes. Results revealed that there is a significant and negative correlation (-0.042) between the VO2max and<br />
body fat percent. Results of this investigation show that there is a negative correlation between maximum oxygen<br />
uptake and body fat percent. Increase the VO2max parameter has been shown to improve on body composition.<br />
Keywords: Maximal oxygen uptake, VO2max, body fat percentage<br />
200