jbas

journal-basic-applied-scien

The Effects of Exercise on Perceived Barriers and Benefits of Exercise by Cancer Survivors Post Treatment
Pages
445-453Creative Commons License

 

Timothy F. Marshall, Walter Andzel and Kim Spaccarotella

DOI: http://dx.doi.org/10.6000/1927-5129.2016.12.69
Published: 22 December 2016

Abstract: Exercise may be used to attenuate cancer treatment-related side effects. However, the majority of cancer survivors do not participate in regular exercise.

Purpose: This study examined changes in fitness parameters as well as perceived exercise benefits and barriers held by post-treatment adult cancer survivors, who participated in a 12-week structured exercise program.

Methods: This study used a randomized controlled trial design. Participants were 24 post-treatment adult cancer survivors with various cancer diagnoses. The Exercise Benefits /Barriers Subscale (EBBS) questionnaire was used to evaluate perceived exercise benefits and barriers. Data was analyzed using a mixed-between-within ANOVA.

Results: There were no significant differences in the total EBBS score (128.7 ± 23.2 v. 142.6 ± 17.8; p=.20) or the benefits (86.4 ± 17.2 v. 96.3 ± 12.9; p=.31) and barriers subscales (42.3 ± 7.8 v. 46.5 ± 6.1; p=.14). However, those in the exercise group were significantly more likely to respond that exercise participation would not cause fatigue (2.42 ±.90 v. 3.25 ± .45; p=0.04), but may decrease fatigue (3.0 ± .60 v. 3.17 ±.58; p=.03).

Conclusion: Among cancer survivors, exercise participation may strengthen the perception that exercise reduces, rather than causes, fatigue.

Keywords: Cancer, Exercise, Fatigue, Post-Treatment, Survivorship, Exercise Beliefs.

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journal-basic-applied-scien

The Effects of Classical Trapping on the Control of Malaria Transmission
Pages
434-440Creative Commons License

 

Zhenbu Zhang, Tor A. Kwembe and Xing Yang

DOI: http://dx.doi.org/10.6000/1927-5129.2016.12.67
Published: 18 November 2016

Abstract: This paper investigates the effects of classical trapping on the control of malaria transmission. The Ross-Macdonald model is modified and a trapping probability function is introduced to construct a partial differential equation (PDE) system. The proof of existence and uniqueness of solution of density functions to the PDE system is given, numerical simulation results based on Gaussian distribution and exponential distribution are obtained for the solutions, and graphical representations of solutions are shown and interpreted.

Keywords: Trapping Probability, Ross-Macdonald Model, Gaussian Distribution, Mosquito Density, Malaria.

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journal-basic-applied-scien

Estimation of Diffuse Solar Radiation from Clearness Index for Multan, Southern Punjab, Pakistan
Pages
441-444Creative Commons License

 

M. Rashid Tanweer, Firoz Ahmad, Zaheer Uddin, Saif Ur Rehman and Intikhab Ulfat

DOI: http://dx.doi.org/10.6000/1927-5129.2016.12.68
Published: 19 December 2016

Abstract: Empirical correlations have been developed for Multan for the estimation of Diffuse Solar Radiation (DSR) as a function of clearness index (KT). The diffuse solar radiation are also estimated by the relationship as given by Liu and Jorden, Page and Iqbal. All these correlation shows a peak value of diffuse solar radiation for the months of July & August (monsoon months). The diffuse to global (total) radiation ratio is 0.317. The presently developed correlation are fine agreement with the result obtained by earlier models. It is inferred from the result that solar energy has bright prospects as far as its application and utilization is concerned.

Keywords: Diffuse Solar Radiation, Global Solar Radiation, Clearness Index, Multan, Correlation.

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journal-basic-applied-scien

Predator Prey Interaction on some Wheat Cultivars
Pages 420-425Creative Commons License

 

S. Shahzad Ali, Sakhawat Ali, Syed Sohail Ahmed, Huma Rizwana, Shahnaz Naz, Falaknaz Meano, Paras, Sumbul and Sher Ahmed

DOI: http://dx.doi.org/10.6000/1927-5129.2016.12.66
Published: 14 November 2016

Abstract: The present findings was aimed to determine the predator prey interaction on some wheat cultivars was laid out at Experimental Area of Entomology Section, Agriculture Research Institute, Tandojam during rabi wheat growing season of 2014. Five wheat varieties were sown in a complete randomized block design plot. The varieties are 1. NIA-Sunhari, 2. NIA-Amber, 3. NIA-Sundar, 4.Kiran 5.Kirman.The results indicated that maximum mean population of insect pest and predators were recorded on different varieties of wheat crop. The maximum mean Black aphid population was recorded on variety of NIA-Amber (3.36/leaf) and minimum on Kiran (2.79/leaf). The maximum mean numbers of green aphids were recorded on variety Kiran (5.26/leaf) and minimum mean population on variety NIA-Amber (3.59/leaf). The maximum American bollworm was recorded on variety of NIA-Sunhari, (0.51/leaf) and minimum population was recorded on variety NIA-Sundar (0.14/leaf). Its population was increase in the mid to end of season. The maximum Thrips population appeared on variety NIA-Amber (5.61/leaf) and lowest on NIA-Sunhari (2.79/leaf). The Thrips increased slowly at the start of the season and continued at mid to end of the season. Among predators, the maximum population of Brumus was recorded on variety NIA-Sunhari (0.81/plant) and lowest population observed on variety of NIA-Sundar (0.05/ plant). Similarly the lacewing was recorded on variety of NIA-Sunhari (0.25/plant) and its lowest population was on varieties of Khirman and Kiran (0.05/plant). Maximum 7- spotted beetles population was on variety NIA-Sunhari (0.64/plant) and the lowest population on Kiran (0.15/plant). While the maximum mean population of 11- spotted beetles was recorded on variety of NIA-Sunhari (0.52/plant) and the minimum population on Kiran (0.17/plant).

Keywords: Wheat cultivars, wheat pests, predators of wheat pests.

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