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Seed Germination of Withania somnifera (L.)Dunal

机译:茄子(Withania somnifera)的种子萌发

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Aim: Withania somnifera (L.) Dunal or Ashwagandha is a valuable medicinal plant having a consistent demand in pharmaceutical industries. Traditionally it is propagated from seeds but it’s germination capacity is poor. So in the present study different methods were considered to sort out a suitable method that can be used for its cultivation in the field of Hazaribag, Jharkhand, India.Study Design: The study was done in the laboratory and field of Hazaribag, Jharkhand, India.Place and Duration of Study: Department of Botany, Vinoba Bhave University, Hazaribag, Jharkhand, India. The study was carried out from July 2012 to August 2012 and again from mid June 2013 to August 2013.Methodology: Different pre germination treatments including 24 hours water soaking, 48 hours water soaking ,mechanical scarification , heat treatment at 50 degree Celsius (5min, 10min, 15min) and Gibberellic acid [GA3] (250μg/l, 500μg/l, 1000μg/l) treatments were proposed. The mean germination percentage and the mean germination time were calculated for each of the treatments.Results: The results revealed that GA3 500μg/l treated seeds showed increased germination percentage in laboratory (86±0.34%) and in soil (84.1±0.36%) as well as reduced mean germination time in laboratory (5.8±0.41 days) and in soil (10.6±0.17 days). Whereas heat treatment at 50 degree Celsius (5min, 10min, 15min) drastically reduced germination percentage in laboratory (32±0.47%, 16±0.36%, 12±0.31%) and in soil (51±0.49%, 49.6±0.49%, 32.2±0.46%), respectively.Conclusion: Pre treating fresh seeds of Ashwagandha with GA3 500μg/l for 24 hours before sowing can be adopted to overcome dormancy of seeds with good germination percentage. Likewise mechanical scarification of seeds can also be taken into consideration as an alternative, cost-effective and eco-friendly way to break seed dormancy which has also given favourable results.
机译:目的:Withania somnifera(L.)Dunal或Ashwagandha是一种有价值的药用植物,在制药工业中具有一致的需求。传统上是从种子繁殖的,但是发芽能力很差。因此,在本研究中,考虑采用不同的方法来选出适合在印度贾坎德邦Hazaribag领域种植的合适方法。研究设计:该研究是在印度贾坎德邦Hazaribag的实验室和领域进行的研究地点和期限:印度贾坎德邦哈扎里巴格的Vinoba Bhave大学植物学系。该研究于2012年7月至2012年8月进行,并于2013年6月中旬至2013年8月再次进行。方法:不同的发芽前处理方法包括24小时水浸泡,48小时水浸泡,机械划痕,50摄氏度热处理(5分钟,提出了10min,15min)和赤霉素[GA3](250μg/ l,500μg/ l,1000μg/ l)的处理方法。结果:结果表明,GA3500μg/ l处理过的种子在实验室(86±0.34 %)和土壤(84.1±0.36 )的发芽率均增加。 %)以及在实验室(5.8±0.41天)和土壤(10.6±0.17天)中平均发芽时间的减少。而在摄氏50度(5分钟,10分钟,15分钟)的热处理下,实验室(32±0.47 %,16±0.36 %,12±0.31 %)和土壤(51±0.49 %,49.6)的发芽率大大降低。结论:播种前以500μg/ l的GA3预处理Ashwagandha的新鲜种子24小时,以克服种子萌发率高的种子休眠问题。同样,也可以考虑将种子机械性划痕作为打破种子休眠的一种替代,经济高效且生态友好的方法,这也带来了令人满意的结果。

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