*Five Years Citation in Google scholar (2016 - 2020) is. 1451*   *    IJPR IS INDEXED IN ELSEVIER EMBASE & EBSCO *       

logo

INTERNATIONAL JOURNAL OF PHARMACEUTICAL RESEARCH

A Step Towards Excellence
Published by : Advanced Scientific Research
ISSN
0975-2366
Current Issue
No Data found.
Article In Press
No Data found.
ADOBE READER

(Require Adobe Acrobat Reader to open, If you don't have Adobe Acrobat Reader)

Index Page 1
Click here to Download
IJPR 9[3] July - September 2017 Special Issue

July - September 9[3] 2017

Click to download
 

Article Detail

Label
Label
Morphology Of Anticancer Activity Using Plant Extract

Author: DR.BARUN RANJAN SARKAR, DEV PRAKASH, MS.KOMAL KRITI
Abstract: Throughout human history, plants have been employed for medicinal purposes and form the foundation of contemporary medicine. Naturally occurring or synthetically synthesised substances make up the vast bulk of cancer-fighting chemotherapy drugs. It was hypothesised that ethnobotanical sources of historical usage would include multiple anticancer chemicals that are particularly efficient in destroying human cancer cells based on our research into ethnobotanical sources. Three entire plant extracts were tested on human tumour cells using ethanol extraction in this study. There were three plants employed as sources for extracts: Utica membranace, Artemisia monospermous, and Oregano dayi post (Labiatae). Human cancer cell lines and primary cultures from patients' biopsies were used in experiments to reveal that all three plant extracts had varying killing capacities. Primary cultures of healthy human cells were unaffected by the plant extracts, showing that the killing activity was exclusive to tumour cells. Apoptosis is the process through which whole plant extracts induce cell death in an organism. Plant extract 5 (Utica membranacea) inhibited tumour development in a mouse model of breast adenocarcinoma, suggesting that it has potent anticancer effects. Chemicals with anticancer properties obtained from whole plant extracts have shown promise.
Keyword: Antidepressants; Biopolymers; Nanomedicines; Biomedical Nanotechnology, Drug Delivery; Nanocarriers;
DOI: https://doi.org/10.31838/ijpr/2020.12.02.435
Download: Request For Article
 
Clients

Clients

Clients

Clients

Clients
ONLINE SUBMISSION
USER LOGIN
Username
Password
Login | Register
News & Events
SCImago Journal & Country Rank

Terms and Conditions
Disclaimer
Refund Policy
Instrucations for Subscribers
Privacy Policy

Copyrights Form

0.12
2018CiteScore
 
8th percentile
Powered by  Scopus
Google Scholar

hit counters free