排序方式: 共有5条查询结果,搜索用时 0 毫秒
1
1.
Yatoo Mohd. Iqbal Parray Oveas Raffiq Mir Muheet Bhat Riyaz Ahmed Malik Hamid Ullah Fazili Mujeeb ur Rehman Qureshi Sabia Mir Masood Salim Yousuf Raja Wasim Tufani Noor Alam Dhama Kuldeep Bashir Shah Tauseef 《Tropical animal health and production》2019,51(8):2127-2137
Tropical Animal Health and Production - Therapeutic management of contagious caprine pleuroneumonia (CCPP) involves mostly the use of oxytetracycline followed by enrofloxacin and rarely tylosin. In... 相似文献
2.
Inayat S. Fazili Muzain Masoodi S. Ahmad A. Jamal Jafar S. Khan Malik Z. Abdin 《Journal of plant nutrition》2013,36(8):1216-1228
Field experiments were conducted to determine the interactive effect of sulfur (S) and nitrogen (N) on growth and yield attributes of oilseed crops [Brassica campestris L. (V1) and Eruca sativa Mill. (V2)] differing in yield potential. Two combinations of S and N (in kg ha?1): 0S + 100N (?S+N;T1) and 40S + 100N (+S+N;T2) were used. Biomass accumulation, leaf area index (LAI), leaf area duration (LAD), and photosynthetic rate in the leaves were determined at various phenological stages. The results showed that the combined application of S and N (+S+N) significantly (P<0.05) improved the growth and yield attributes of both the genotypes compared with N applied alone (?S+N). Genetic variability was observed between the two genotypes in response to combined application of S and N (T2). Genotype V1 had higher biomass accumulation, photosynthetic rate, seed yield, oil yield, biological yield, and harvest index when compared with genotype V2. Treatment T2 resulted in 142, 95, 56, and 349% enhancement in biomass accumulation, leaf-area index (LAI), leaf-area duration (LAD) and photosynthetic rate, respectively in comparison with treatment T1 in genotype V1. Seed yield, oil yield, biological yield, and harvest index were improved by 141, 171, 85, and 30%, respectively, by treatment T2 in comparison with T1. In the case of genotype V2, increase in biomass accumulation, LAI, LAD, and photosynthetic rate due to application of treatment T2 were 156, 137, 125 and 467%, respectively, over the results of T1. Seed yield, oil yield, biological yield and harvest index improved by 193, 251, 98, and 48%, respectively, with this treatment. On the basis of results obtained in this study, it can be concluded that sulfur must be included in the nutrient management package for optimum growth and yield attributes of oilseed crops. Furthermore, the yield potential of oilseed crops with low seed and oil yield can be improved using this treatment as achieved in our study in case of taramira (Eruca sativa Mill.), a genotype with low seed and oil yield. 相似文献
3.
M. Y. Mir M. R. Fazili K. H. Dar M. S. Mir S. Qureshi 《Equine Veterinary Education》2020,32(2):96-103
The objective of the study was to evaluate a pinhole castration technique in male ponies. Adult ponies (n = 12) were randomly allotted to one of the two equal groups. Both of the groups were anaesthetised with xylazine–ketamine–diazepam and had single (SLS, SLC) ligation of the spermatic cord on one side and double (DLS, DLC) ligation on the other side using silk (Group T1) and catgut (Group T2). Single ligation whether using silk or catgut (SLS and SLC) was completed in 3.50 ± 0.34 min. DLS took 6.66 ± 0.49 min and DLC 7.16 ± 0.47 min. Scrotal oedema was noticed in all of the ponies from Day 1 to Day 15. The scrotal circumference and testicular volume in animals of both of the groups showed a significant (P<0.05) increase from Day 1 to Day 4. Orchiectomy to recover testicular remnants was performed in all of the animals on Day 41. Straw-coloured fluid accumulation was noticed in seven testicular remnants (4 T1 and 3 T2). One testicle from Group DLS showed suppuration. Multiple gross and histological abnormalities were detected in all double ligated testes. The changes were more severe in the DLS than the DLC group and their epididymis (n = 3) also showed necrosis, fibroplasia and an obstructed lumen. Severe adhesions had developed in three and one testicle only from the SLS and SLC groups respectively. The remaining testes and epididymis in both of these groups showed only mild-to-moderate adhesions. From this study, it was concluded that castration may not be achieved by percutaneous single ligation of the spermatic cord in ponies. Although double ligation induces marked gross and histopathological changes, assessments of the testosterone levels and sperm analysis are required before recommending this procedure. Use of silk for ligation of the spermatic cord is advantageous over catgut but maintenance of strict asepsis is mandatory. 相似文献
4.
I. S. Fazili A. Jamal S. Ahmad Muzain Masoodi J. S. Khan M. Z. Abdin 《Journal of plant nutrition》2013,36(7):1203-1220
ABSTRACT Field experiments were conducted to determine the interactive effect of sulfur (S) and nitrogen (N) on nitrogen accumulation, its distribution in various plant parts, and nitrogen harvest of oilseed crops viz. rapeseed (Brassica campestris L. cv. ‘Pusa Gold’) and taramira (Eruca sativa Mill.) differing in their N-assimilation potential. Two combinations of S and N (in Kg/ha): 0S + 100N (?S+N) and 40S + 100N (+S+N) were used. The results showed that combined application of S and N (+S+N) significantly (P < 0.05) increased the nitrogen accumulation in both the genotypes at all the growth stages compared with N applied alone (?S+N). This increase in nitrogen accumulation was due to the improvement in the reduction of nitrate into reduced nitrogen as evident from higher nitrate reductase (NR) activity in the leaves of plants grown with both S and N, compared with N alone. Nitrate-N content in the leaves of plants grown with only N (?S+N) was higher compared to those grown with both S and N (+S+N), showing that combined application of S along with N (+S+N) appreciably reduced the nitrate content in the leaves due to higher NR activity. This decline in nitrate (NO3 ?) was followed by an overall increase in N-accumulation in the plants. Consequently, the nitrogen content in the plant was increased by 29–148% in rapeseed and 38-166% in taramira with +S+N treatment. Combined application of S along with N (+S+N) also increased seed protein content and nitrogen harvest index of both the genotypes. It is concluded that combined application of S along with N (+S+N) not only increased the N-accumulation, but also its mobilization towards economic sinks. 相似文献
5.
Inayat S. Fazili Muzain Masoodi Saif Ahmad Arshad Jamal Jafar S. Khan Malik Z. Abdin 《Journal of Crop Science and Biotechnology》2010,13(1):39-46
The aim of this research was to study the effect of sulphur (S) fertilization on oil biosynthesis and its related variables
at various stages of seed development, and to find possible explanations for increased oil content in the seeds of mustard
(Brassica juncea L. Czern and Coss) due to S fertilization. Acetyl-CoA carboxylase activity and contents of oil, acetyl-CoA, soluble protein,
total RNA, total sugar and sulphur were determined in the developing seeds of mustard grown in the field with sulphur (+S)
and without sulphur (-S). The period between 10 to 30 days after flowering was observed as the active period of oil accumulation
in the developing seeds of mustard. The accumulation of the oil was preceded by a marked rise in acetyl-CoA carboxylase activity
and acetyl-CoA concentration, which declined rapidly when oil accumulation reached a plateau. Total sugar content decreased,
while protein content increased during the active period of oil accumulation in the developing seeds (i.e. between 10–30 days
after flowering). Sulphur fertilization significantly (P < 0.05) enhanced the oil accumulation in the developing seeds at all the growth stages. The increase in the oil content was
5–63% with S fertilization over the control treatment. Acetyl-CoA carboxylase activity and contents of acetyl-CoA, soluble
protein, total RNA and sugar were significantly (P < 0.05) higher in the developing seeds of +S-treated plants compared to — S-treated plants. It is suggested that the increase
in the oil content with sulphur fertilization may be associated with the increases in acetyl-CoA carboxylase activity through
the enhancement of acetyl-CoA concentration. Further, the increased sugar content due to S fertilization provided enough carbon
source and energy for oil biosynthesis. 相似文献
1