Ponte Academic Journal Apr 2020, Volume 76, Issue 4 |
THE EFFECT OF LIQUID DETERGENT AND PROPOLIS ON DNA DAMAGE, GROWTH TRAITS AND PHOTOSYNTHESIS PIGMENTS OF MAIZE (ZEA MAYS L.) Author(s): Meltem Maras ,H. Sacilik J. Ponte - Apr 2020 - Volume 76 - Issue 4 doi: 10.21506/j.ponte.2020.4.3 Abstract: Seed germination, plant growth, photosynthetic apparatus and stoma cell size of Maize may be influenced by detergent and propolis treatment. The objective of this study was to determine the adverse effect of a liquid detergent on maize traits and to examine the effect of propolis on photosynthetic pigments and growth traits of Zea mays. Maize were watered with different concentrations of liquid detergent. 70 seeds of (Zea mays L.) were gathered from maternal plants. Water extract of propolis was prepared. The effect on all parameters was determined after 12 days of growth. The effects at (0.1%) water extract of propolis concentration on the germination increased by 88.92% and growth of maize seedling weights was 0.0353 gr/plant. Root length of maize seedlings at 0.1% water extract of propolis concentration was 11.59 mm. The highest concentration (20%) of liquid detergent reduced seed germination severely compared to other treatments. Under 15% detergent concentration, maize stem weight was reduced severely compared to leaf weight. Conclusions. These result show that the propolis affect the root and shoot elongation with specificity on seedlings and the stoma width. The scavenging of radicals of liquid detergant in vitro raised plants of Zea mays was determined to damage DNA.
|
Download full text: Check if you have access through your login credentials or your institution |
|
Guide for Authors
This guideline has been prepared for the authors to new submissions and after their manuscripts have been accepted |
Authors Login
We welcome refrees who would be willing to act as reviewers |
Paper Tracking
You can track your submitted article from this tab |
Editorial Board
The international editorial board is headed by Dr. Maria E. Boschi |
General Policies
Papers that are published or held by the Journal may not be published elsewhere |
Peer Review Process
Papers will be sent to three peer reviewers for evaluation |