Sumerianz Journal of Biotechnology

Online ISSN: 2617-3050
Print ISSN: 2617-3123

Quarterly Published (4 Issues Per Year)

Journal Website:


Volume 3 Issue 8 (2020)

Effectiveness of Mycorrhizal Soils from Miombo Woodland on the Growth and Survival of Pinus Seedlings in a Nursery

Authors : Chikumbutso Manyalo ; Gift Kamanga-Thole ; Edward Missanjo
Pine seedling production is challenged by in availability of pine plantations, where mycorrhizae soils would be collected. Pine plantations are found in distant sites from farmers due to different silvicultural zones. This might hinder the success of afforestation and reforestation programmes. This study was carried out to find out the effectiveness of using mycorrhizae soils from miombo woodlands in enhancing survival and growth of pine seedlings. Seedlings were subjected to four different mycorrhizae to ordinary soil ratios treatments which were completely randomized in four replicates, namely: T1 (100% mycorrhizae soil from old pine plantations); T2 (100% mycorrhizae soil from miombo woodlands); T3 (1:10-mycorrhizae soil from miombo woodland to ordinary soils); and T4 (1:10-mycorrhizae soil from old pine plantations to ordinary soils) as a control. The results indicate that there were significant (P<0.05) differences among treatments on mean height, root collar diameter and survival of Pinus seedlings after 12 weeks of pricking out. Pinus seedlings subjected to T1 and T2 produced higher height, root collar diameter growth and higher survival rate than those subjected to T3 and T4. There were no significant (P>0.05) differences between T1 and T2 on Pinus seedlings height, root collar diameter growth as well as survival rate. However, seedlings from T2 had higher height (14.09±0.19cm) and root collar diameter (0.34±0.01cm) growth than seedlings from T1 (13.86±0.14, 0.33±0.02cm) respectively. On the other hand, seedlings from T1 had higher survival rate (100%) than those from T2 (90±5.06%). Therefore, the study recommends that farmers to adopt the use of 100% miombo woodland soil in raising Pinus seedlings as an alternative, where there is scarcity of old pine plantation soils.

Pages: 69-74

Influence of Phyllanthus Amarus on Biochemical and Haematological Status in Rats with Ibuprofen-Induced Nephrotoxicity

Authors : Gabriel O. Ajayi ; Muhin A. Shittu ; Temitope J. Olorunrinu ; Mushafau A. Akinsanya ; Joseph A. Olagunju
This present study was designed to evaluate the influence of 70% alcohol extract of Phyllanthus amarus leaf (AEPA) on the biochemical and haematological status in rats with ibuprofen-induced nephrotoxicity. Twenty-four albino Wistar rats (150-190 g) of both sexes were randomly grouped into six of four rats per group. Group I served as the control and was administered distilled water. Groups II-VI were induced by oral gavage with 200 mg/kg b.wt. of ibuprofen single dose. On the third day of the experiment, group III was treated with 0.097 mg/kg b.wt. of termisartan drug while groups IV, V and VI were treated with 50, 100 and 200 mg/kg b.wt./day of AEPA respectively for 28 days. Then, biochemical and haematological parameters were measured while histological study was carried out on kidney sample. No significant (p>0.05) change in body weight of animals throughout the experimental period. Treatment of rats with 50-200 mg/kg b.wt of P. amarus leaf extract and termisartan drug significantly (p<0.05) reduced the levels of creatinine, AST, ALP. RBC, HB, HCT and PLT and significantly (p<0.05) increased ALT, total protein and albumin levels, monocyte and neutrophil counts compared to the ibuprofen-induced rats group. No significant (p>0.05) alterations were observed in WBC, MCV, MCH, MCHC and lymphocytes. The induced morphological architecture alterations in the kidney by ibuprofen were reversed with increased doses of P. amarus. Therefore, AEPA has selective ameliorative influence on the biochemical and haematological parameters in ibuprofen-induced nephrotoxic rats.

Pages: 60-68