MB-46451577ca2fa7ca8b2e2a738aec21ae306eeee2206ac9fdb5fb96cfefbe9d2a
high
📛 Threat Title
Unknown: sh4
Description
File type: elf. Size: 14424 bytes. Tags: elf. Reporter: abuse_ch. First seen: 2026-11-08 09:52:03.
Indicators of Compromise (3)
Each indicator is enriched from the IOC database, threat-intel feed corroboration (Threat Hunt) and VirusTotal. Click one to expand.
hash_sha256
46451577ca2fa7ca8b2e2a738aec21ae306eeee2206ac9fdb5fb96cfefbe9d2a
IOC database
- Type
- hash_sha256
- Value
46451577ca2fa7ca8b2e2a738aec21ae306eeee2206ac9fdb5fb96cfefbe9d2a- First seen
- Last seen
- Attached to this threat
- Appears in
- 1 threat
- Description
- Unknown
Threat Hunt — feed corroboration
Not present in any configured threat-intel feed.
Details From VirusTotal
No VirusTotal details cached for this IOC. Open the IOC page to query VirusTotal.
hash_sha1
658c5a277efb8bf378aa34de459f1178341cc462
IOC database
- Type
- hash_sha1
- Value
658c5a277efb8bf378aa34de459f1178341cc462- First seen
- Last seen
- Attached to this threat
- Appears in
- 1 threat
Threat Hunt — feed corroboration
Not present in any configured threat-intel feed.
Details From VirusTotal
No VirusTotal details cached for this IOC. Open the IOC page to query VirusTotal.
hash_md5
35663a38b60a188930d88ea56742d614
IOC database
- Type
- hash_md5
- Value
35663a38b60a188930d88ea56742d614- First seen
- Last seen
- Attached to this threat
- Appears in
- 1 threat
Threat Hunt — feed corroboration
Not present in any configured threat-intel feed.
Details From VirusTotal
No VirusTotal details cached for this IOC. Open the IOC page to query VirusTotal.
References (1)
-
MalwareBazaar sample page
Abuse.ch
File type: elf. Size: 14424 bytes. Tags: elf. Reporter: abuse_ch. First seen: 2026-11-08 09:52:03.
Remediations (9)
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web:learn.microsoft.com
The most common cause is a detected threat in a downloaded file, but it can also be an installed program. Click on the Windows Security icon in the system tray. Click on Virus & threat protection > Protection history to see the Remediation incomplete detection and location of the file.
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web:link.springer.com
Here we demonstrate a novel system with significantly reduced seed shattering in crop-weed hybrid descendants by partially silenced expression of the seed-shattering gene SH4 in cultivated rice, using artificial microRNA and antisense RNA techniques.
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web:scispace.com
To explore a transgene mitigation system in rice, we edited the seed-shattering genes ( SH4 and qSH1) of a weedy rice line with strong seed shattering. The results showed substan-tially reduced seed shattering in the gene-edited weedy rice lines. The single gene-edited weedy rice lines displayed an inconsistent reduction in seed size-related traits.
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web:www.cdc.gov
Follow appropriate remediation guidelines with proper containment when identifying mold on materials. Inappropriate remediation (e.g., painting over water-damaged materials or moldy surfaces) can cause further problems. Monitor areas using the NIOSH Dampness and Mold Assessment Tool to ensure repairs and remedial actions are effective.
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web:www.epa.gov
Our technology guides collect information about many types of remediation technologies used to clean up contaminated sites. Current initiatives related to site cleanup, websites maintained by EPA and other federal agencies and state organizations, and recent documents are also included on this page.
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web:www.epa.gov
Remediation Technology Descriptions for Cleaning Up Contaminated Sites Remediation Technology Types Below are descriptions of technologies used in site remediation and the media they might be used to treat contaminants within. A description of the treatment technology and impacted media is provided.
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web:www.mdpi.com
Mitigating the function of acquired transgenes in crop wild/weedy relatives can provide an ideal strategy to reduce the possible undesired environmental impacts of pollen-mediated transgene flow from genetically engineered (GE) crops. To explore a transgene mitigation system in rice, we edited the seed-shattering genes, SH4 and qSH1, using a weedy rice line ("C9") that originally had ...
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web:www.researchgate.net
To explore a transgene mitigation system in rice, we edited the seed-shattering genes, SH4 and qSH1, using a weedy rice line ("C9") that originally had strong seed shattering.
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web:www.semanticscholar.org
To explore a transgene mitigation system in rice, we edited the seed-shattering genes ( SH4 and qSH1) of a weedy rice line with strong seed shattering. The results showed substantially reduced seed shattering in the gene-edited weedy rice lines. The single gene-edited weedy rice lines displayed an inconsistent reduction in seed size-related traits.
AI Forensic Analysis
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