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Effect of the Cd/Ca interaction on the growth of Paramecium sp acclimated on two (optimal and low) temperatures.
Meriem FERFAR
* 1 ,
Rahma BOUGHOULA
2 ,
Youssouf DRIOUCHE
1 ,
Mohammed Reda DJEBAR
1
1  Environmental Research Center, Sidi Amar Campus, BO: 2024, Annaba, 23005, Algeria.
2  Cellular Toxicology Laboratory, Department of Biology, Faculty of Science, Badji Mokhtar University Annaba, BP 12, 23000, Annaba, Algeria.
Academic Editor: Humbert G. Díaz
Published: 29 December 2022 by MDPI in MOL2NET'22, Conference on Molecular, Biomed., Comput. & Network Science and Engineering, 8th ed. congress CHEMBIO.ORG-08: Org. Chem., Med. Chem., Mol. Biol., & Pharm. Industry Congress, Paris, France-Galveston, USA, 2022.
https://doi.org/10.3390/mol2net-08-13931
Abstract:

Temperature changes affect all physiological processes, such as modification of membrane fluidity and local transitions of the lipid bilayer, which can affect membrane integrity and permeability, as well as the mobility and function of membrane receptors.

This research studies the effect of temperature variations and Cd/Ca interaction, on the growth of Paramecium sp. The concentrations of Cadmium Chloride were used (0.5, 1, and 10 µM) in addition to two concentrations of Calcium Chloride (20 µM and 2 mM). Paramecia were acclimated at 28° (the optimal temperature) and at 16° (low temperature).

The results show that temperature variations affect the growth of paramecia by slowing down their multiplication and affecting the absorption and bioaccumulation of the toxic metals present.

At the same time, the presence of calcium in high concentrations strongly reduces the observed effects of cadmium.

Keywords: Paramecium sp; Temperature; Cadmium; Calcium; Interaction; Growth.
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Comments on this paper
Maider Baltasar Marchueta
9 January 2023
Dear authors thank you for your support to the conference.

Now we closed the publication phase and launched the post-publication phase of the conference. REVIEWWWERS'08 Brainstorming Workshop is Now Open from 2023-Jan-01 to 2023-Jan-31. MOL2NET Committee, Authors, and Validated Social Media Followers Worldwide are invited to Post Moderated Questions/Answers, Comments, about papers. Please kindly post your public Answers (A) to the following questions in order to promote interchange of scientific ideas.

My Question (Q) to you:
Q1. How could climmate change affect on future physiological processes, taking your conclusions into account?

Dear author thanks in advance for your kind support answering the questions.

Now, the conference publication phase is close but you can answer here directly as a post-publication comment. However, in case you want to elaborate your answers in a more structured way in the form of a short communication we can upload it free-of-cost on your behalf to the CATCHTOHIT-03: Congress on Acad. Transl. Res. for Companies Helping to Height. Innov. & Tech., Bilbao-Cambridge, MA, USA, 2022. https://mol2net-08.sciforum.net/catchtohit-03

Last but not least, please become a verified REVIEWWWER of our conference by making questions to other papers in different Mol2Net congresses. Commenting Steps: Login, Go to Papers List, Select Paper, Write Comment, Click Post Comment. Papers list: https://mol2net-08.sciforum.net/presentations/view,
Workshop link: https://mol2net-08.sciforum.net/#reviewwwers

Happy new year 2023.

Thanks and kind regards,
CHEMBIOMOL Committee Assistant, Maider Baltasar Marchueta.
Meriem FERFAR
9 January 2023
Climate change and global warming have a clear negative impact on the natural environment including aquatic ones. The biggest detrimental consequences of climate change on aquatic habitats are acidification and deoxygenation. The distribution of species, their baseline metabolic rates, the prevalence and severity of marine illnesses, the timing of important biological processes, and other factors are all altered by rising mean water temperatures. While ocean deoxygenation, especially hypoxic episodes, may change species' distribution, aerobic range, and survival, ocean acidification causes physiological stress and limits the development and calcification of endo- and exoskeletons.


 
 
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