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USC, LLC

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About USC, LLC

Founded in--

India Employee Count--

Global Employee Count11-50

HeadquartersSabetha, KS (US)

Office Locations

Websiteuscllc.com

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Compare USC, LLC with Similar Companies

	USC, LLC	Cognizant Change Company	Teleperformance Change Company	iEnergizer Change Company
Overall Rating	- based on 0 reviews	3.7/5 based on 50.6k reviews	3.9/5 based on 30k reviews	4.6/5 based on 22.6k reviews
Highly Rated for	-	No highly rated category	Skill development Work-life balance Job security	Skill development Work-life balance Salary
Critically Rated for	-	Promotions Salary	No critically rated category	No critically rated category
Primary Work Policy	-	Hybrid 72% employees reported	Work from office 67% employees reported	Work from office 86% employees reported
Rating by Women Employees	- no rating available	3.8 Good rated by 16.2k women	3.7 Good rated by 9k women	4.6 Excellent rated by 6.5k women
Rating by Men Employees	- no rating available	3.7 Good rated by 31.9k men	4.0 Good rated by 19.4k men	4.7 Excellent rated by 15.8k men
Job security	- Data not available	3.6 Good	3.8 Good	4.6 Excellent

USC, LLC Salaries

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Survey Assistant

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₹0.1 L/yr - ₹0.1 L/yr

Senior Manager Administration

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₹9.5 L/yr - ₹12.1 L/yr

Civil Site Engineer

(1 salaries)

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₹0.2 L/yr - ₹0.2 L/yr

Chief Operations Officer

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₹4.3 L/yr - ₹5.5 L/yr

Consultant Physician

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₹4.8 Cr/yr - ₹5.3 Cr/yr

Research Scholar

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₹5.4 L/yr - ₹6.9 L/yr

Engineer

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₹36 L/yr - ₹46 L/yr

Designer

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₹2.3 L/yr - ₹2.9 L/yr

USC, LLC News

USC Researchers Discover Mice Utilize an Innovative Form of First Aid

Bioengineer | 8 Mar, 2025

USC Research Uncovers Promising New Drug Target for Alzheimer’s Disease

A significant breakthrough in understanding Alzheimer’s disease has emerged from a dedicated team at the Keck School of Medicine of USC, shedding light on the intricate cellular processes contributing to inflammation and aging.
The team’s extensive research indicates that a deficiency of HDL cholesterol, often referred to as “good cholesterol,” within the brain has a profound impact on increasing Alzheimer’s disease risk.
Hussein Yassine, a leading figure in this study and professor of medicine and neurology, emphasizes the complexity of this conundrum.
The research team uncovered that in cases involving both Alzheimer’s-afflicted brains and genetically predisposed individuals, ABCA1 becomes sequestered within cellular structures known as lysosomes, which are responsible for waste clearance.
By employing advanced research techniques, including proteomics and lipidomics, the team successfully identified key changes in cholesterol and lipid dynamics within brain cells, uncovering a pivotal connection between ABCA1, its location within the cell, and the presence of oxidative stress.
Through their experiments in animal models and human biochemical samples, the researchers made an intriguing and promising discovery: lowering oxysterol levels resulted in freeing ABCA1 from its cellular captivity.
In an environment where clinical trials focusing on increasing HDL cholesterol have often yielded disappointing results, this study redefines the approach toward Alzheimer’s prevention and treatment.
Beyond immediate treatment implications, this research contributes significantly to our understanding of the broader implications of cholesterol metabolism in neurodegenerative diseases.
As the implications of this research unfold, the scientific community eagerly awaits novel therapeutic strategies that may emerge from understanding the interactions between cholesterol metabolism, inflammation, and Alzheimer’s disease.
This burgeoning exploration of brain cellular mechanisms promises to reshape not only the understanding of Alzheimer’s disease but also the broader field of neurodegeneration.

Bioengineer | 11 Feb, 2025