CytoDyn Inc.

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Hospitals Enrolling COVID-19 Severe-to-Critical

Investment Community Webcast on Thursday, November 5

CytoDyn on CNBC as leading performer among COVID-19 treatment stocks

Dr. Seethamraju’s Presentation at Special isirv-AVG Virtual Conference

Manuscript Accepted by Infectious Diseases Society of America

Leronlimab for TNBC

Proactive Investors Interview on November 23

Leronlimab’s Mechanism of Action in COVID-19 Published

We believe in the future of precision medicine

CytoDyn believes in the future of precision medicine... more specificity, less side effects. Our target, the CCR5 receptor, has been implicated in multiple disease processes from HIV, GVHD, NASH, stroke recovery, multiple sclerosis, Parkinson's disease, to metastatic cancer. Leronlimab, our CCR5 antagonist, is a once a week, subcutaneous injection. One molecule with multiple opportunities. With precision comes the opportunity for improved safety, convenience, and enhanced efficacy for the patient.

Welcome to the future of target specific, precision medicine. Welcome to CytoDyn.

We are a biotechnology company focused on developing innovative treatments for multiple therapeutic indications. Our lead candidate Leronlimab (PRO 140) belongs to a new class of therapeutics called viral-entry inhibitors and is one of the most advanced experimental monoclonal antibodies for HIV treatment.

Leronlimab’s Mechanism of Action for Immuno-oncology

About Our Company

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Leronlimab for HIV

A Fully Humanized Monoclonal Antibody

Leronlimab (PRO 140) is a fully humanized monoclonal antibody directed against CCR5, a molecular portal that HIV uses to enter T cells. Leronlimab (PRO 140) only blocks the precise site on CCR5 that HIV needs to enter the cell without interfering with the normal functions of CCR5.

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CCR5 for Cancer

Developing CCR5 Technology in Cancer Indications

Based on the work of of a leading oncologist and researcher who has played an instrumental role in identifying the role of CCR5 in cancer indications, we continue to develop CCR5 technology and have obtained promising results from various pre-clinical studies.

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The Science of Developing Monoclonal Antibodies

In the 1980s, a team of scientists developed a technique that fused a common type of tumor cell with a single mouse antibody-producing cell. The resulting hybrid cells all secreted the exact same antibody as the original mouse antibody-producing cell and thus came to be known as monoclonal antibodies. Since then, monoclonal antibodies have come to represent one of the fastest expanding opportunities in the biotechnology/pharma sector.

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Latest News

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CytoDyn Announces First Patient Enrolled in Phase 2 Trial for NASH

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CytoDyn Announces Partnership with amfAR to Accelerate HIV Cure Research

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CytoDyn Reaches Enrollment Target of 293 Patients for 2nd DSMC Interim Analysis of Phase 3 COVID-19 Trial and Expects to Enroll the Remaining 97 Patients in the Next Few Weeks to Complete the Trial This Year

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