Potential of RH5 Antisense on Plasmodium falciparum Proliferation Abatement

Infections by , are becoming increasingly difficult to treat. Therefore, there is an urgent need for novel antimalarial agents' discovery against infection. In present study, we described a 2'-O-Methyl gapmer phosphorothioate oligonucleotide antisense targeting translation initiation regio...

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Published in:Iranian journal of parasitology 2022-10, Vol.17 (4), p.525-534
Main Authors: Razavi Vakhshourpour, Sepand, Nateghpour, Mehdi, Shahrokhi, Nader, Motevalli Haghi, Afsaneh, Mohebali, Mehdi, Hanifian, Haleh
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Language:English
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Antisense
Blood
Cell division
Gene expression
Genomes
Laboratories
Ligands
Malaria
Original
Parasites
Parasitology
Plasmodium falciparum
Proteins
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container_issue 4
container_start_page 525
container_title Iranian journal of parasitology
container_volume 17
creator Razavi Vakhshourpour, Sepand
Nateghpour, Mehdi
Shahrokhi, Nader
Motevalli Haghi, Afsaneh
Mohebali, Mehdi
Hanifian, Haleh
description Infections by , are becoming increasingly difficult to treat. Therefore, there is an urgent need for novel antimalarial agents' discovery against infection. In present study, we described a 2'-O-Methyl gapmer phosphorothioate oligonucleotide antisense targeting translation initiation region of 3D7 strain gene. The study was conducted in Pasteur Institute of Iran in 2020. ODNs effects were measured by microscopic examination and real time RT-PCR. For microscopy, microplates were charged with 2'-OMe ODNs at different dilutions. Unsynchronized parasites were added to a total of 0.4 ml (0.4% parasitemia, 5% red blood cells), and slides were prepared. Proportion of infected cells was measured by counting at least 500 red blood cells. genes start codon regions selected as conserved region besed on alignment results. Gap- -As which was complementary to sequence surrounding AUG start codon significantly reduced parasite growth (>90% at 50 nM) compared to sense sequence control (Gap- -Se) (17%), (
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Therefore, there is an urgent need for novel antimalarial agents' discovery against infection. In present study, we described a 2'-O-Methyl gapmer phosphorothioate oligonucleotide antisense targeting translation initiation region of 3D7 strain gene. The study was conducted in Pasteur Institute of Iran in 2020. ODNs effects were measured by microscopic examination and real time RT-PCR. For microscopy, microplates were charged with 2'-OMe ODNs at different dilutions. Unsynchronized parasites were added to a total of 0.4 ml (0.4% parasitemia, 5% red blood cells), and slides were prepared. Proportion of infected cells was measured by counting at least 500 red blood cells. genes start codon regions selected as conserved region besed on alignment results. Gap- -As which was complementary to sequence surrounding AUG start codon significantly reduced parasite growth (&gt;90% at 50 nM) compared to sense sequence control (Gap- -Se) (17%), ( &lt;0.001). transcripts were dramatically reduced after exposed to ODNs at a concentration of 5-500 nM for 48 h. Gemnosis delivery of a chimeric gapmer PS-ODN with 2'-OMe modifications at both sides had high antisense activity at low concentrations (10-100 nM) and shown a good efficiency to reach to target mRNA in human RBCs. Anti-parasite effect was correlated to reduction of target gene mRNA level. 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subjects Antisense
Blood
Cell division
Gene expression
Genomes
Laboratories
Ligands
Malaria
Original
Parasites
Parasitology
Plasmodium falciparum
Proteins
title Potential of RH5 Antisense on Plasmodium falciparum Proliferation Abatement
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