Russian cosmonaut Aleksandr Samokutyaev, who served twice as a crew member aboard the International Space Station (ISS), including during the final US space shuttle mission in 2011, has died at the age of 56.

With Samokutyaev's death on Wednesday, he becomes the first former ISS long-duration resident to die in the 26 years that the space station has been a home to 155 other cosmonauts and astronauts as expedition crew members. The cause of his death is unknown.

Portrait of cosmonaut Aleksandr Samokutyaev. Credit: Roscosmos

"The leadership and staff of the Roscosmos State Corporation extend their sincere condolences to the family and loved ones of Aleksandr Mikhailovich," officials with Russia's space agency said in a statement.

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© NASA

Russian cosmonaut Aleksandr Samokutyaev, who served twice as a crew member aboard the International Space Station (ISS), including during the final US space shuttle mission in 2011, has died at the age of 56.

With Samokutyaev's death on Wednesday, he becomes the first former ISS long-duration resident to die in the 26 years that the space station has been a home to 155 other cosmonauts and astronauts as expedition crew members. The cause of his death is unknown.

Portrait of cosmonaut Aleksandr Samokutyaev. Credit: Roscosmos

"The leadership and staff of the Roscosmos State Corporation extend their sincere condolences to the family and loved ones of Aleksandr Mikhailovich," officials with Russia's space agency said in a statement.

Read full article

Comments

© NASA

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University of California, Irvine Innovates Therapeutic Vaccine Strategy to Combat Recurrent Genital Herpes

In a groundbreaking development that could transform the management of genital herpes, UC Irvine immunologist Lbachir BenMohamed has secured nearly $4 million in funding from the National Institutes of Health to advance a novel therapeutic vaccine approach. This ambitious five-year project aims to tackle recurrent genital herpes caused by herpes simplex virus type 2 (HSV-2), a persistent viral infection that affects over 60 million Americans and more than half a billion individuals globally. Despite extensive research efforts historically, no approved therapeutic vaccine exists to date, leaving millions vulnerable to recurrent outbreaks and transmission.

BenMohamed’s research focuses on a next-generation vaccine strategy termed “Prime/Pull/Keep,” designed to establish a robust, localized immune defense precisely at the mucosal sites where HSV-2 resides and reactivates. Conventional vaccines predominantly elicit circulating antibodies, which are insufficient to control HSV-2’s latent reservoirs in the nerve ganglia and mucosal tissues. This innovative approach instead targets tissue-resident memory T cells (TRM), a specialized subset of immune cells critically positioned at the barrier sites to provide immediate defense against viral reactivation.

The Prime/Pull/Keep methodology encompasses a three-step immunization process: initial priming of protective T cells via vaccination, mobilization of these cells to the infected tissue through chemokine signals (pull), and sustained retention and functional maintenance at the site of infection (keep). Together, these steps ensure a sustained population of antiviral T cells, capable of rapid detection and elimination of reactivated virus, potentially curbing recurrent disease manifestations and viral shedding.

Previous investigations by BenMohamed’s team have demonstrated promising results with mRNA-based therapeutic vaccines in preclinical models. These candidates were effective in reducing clinical signs of recurrent genital herpes and enhancing the recruitment of protective T cells within genital mucosal tissues. Additionally, exploring immune-signaling molecules such as chemokines has validated the feasibility of attracting and retaining TRM populations, thereby improving local immune surveillance and long-term antiviral immunity.

The current NIH-funded project intends to rigorously evaluate the safety profile and immunogenic potential of various Prime/Pull/Keep vaccine candidates in preclinical animal models, examining how augmenting the quantity, quality, and durability of TRM cells correlates with protection from HSV-2 reactivation. This represents a critical translational step toward bridging laboratory research and clinical trials, responding to NIH’s strategic priority to develop novel therapeutic interventions for genital herpes.

BenMohamed articulates the significance of this research succinctly: “People living with recurrent genital herpes have long awaited effective therapeutic vaccines. Our innovative immune-based approach not only amplifies protective T cells but directs and maintains them where the virus hides. This could revolutionize prevention strategies for millions affected worldwide.” The team’s vision is to develop a vaccine capable of reducing recurrent outbreaks and viral transmission, substantially improving quality of life for patients.

HSV-2 represents a formidable pathogen due to its ability to establish lifelong latent infection in sensory neurons, periodically reactivating to cause painful genital lesions and facilitating onward transmission. Existing antiviral therapies focus on suppressing viral replication but do not eliminate reservoirs or prevent recurrence. The targeted boosting of tissue-resident immune memory represents a paradigm shift in immunotherapy, promising durable tissue-specific immunity where it is needed most.

The Prime/Pull/Keep vaccination strategy could also circumvent issues faced by traditional systemic vaccines, which often fail to generate sufficient mucosal immunity or induce long-lasting memory T cell populations within genital tissues. By tailoring antigen delivery and immune modulation, this approach aims to enhance the local microenvironment and foster a self-renewing population of sentinel T cells poised to respond immediately to viral reactivation.

As the project advances through preclinical stages, rigorous assessment of immune correlates of protection will inform optimization of vaccine formulations, dosing schedules, and adjuvant combinations. Understanding the mechanisms underpinning TRM cell maintenance and functionality remains an active area of investigation critical to maximizing therapeutic efficacy and durability.

The successful identification of an optimal Prime/Pull/Keep candidate would pave the way for human clinical trials, marking a historic milestone in the fight against genital herpes. Such a vaccine holds the promise not only to alleviate recurrent symptoms but also to significantly curtail viral shedding, thereby decreasing transmission rates and public health burden.

Beyond genital herpes, the conceptual framework underlying Prime/Pull/Keep may inspire novel immunotherapeutic strategies for other persistent viral infections and chronic diseases where localized immune memory is pivotal. Collaborative efforts among immunologists, virologists, and clinical scientists will be essential to translate these findings into effective interventions.

With UC Irvine’s robust infrastructure, cutting-edge facilities, and interdisciplinary expertise, BenMohamed’s laboratory is well-positioned to spearhead this transformative endeavor. The $3.93 million NIH R01 grant underscores the scientific community’s confidence in this pioneering approach and its potential to redefine therapeutic vaccine development for chronic viral infections.

In conclusion, the UC Irvine-led Prime/Pull/Keep vaccine project represents a beacon of hope for millions plagued by recurrent genital herpes, offering a sophisticated and strategic means to harness the immune system’s power at the precise sites of viral latency and reactivation. As research progresses, the scientific world eagerly anticipates the realization of a durable, tissue-targeted therapeutic vaccine capable of changing the landscape of HSV-2 management and prevention.

Subject of Research: Development of a novel therapeutic vaccine to prevent recurrent genital herpes by targeting tissue-resident memory T cells

Article Title: UC Irvine Advances Prime/Pull/Keep Therapeutic Vaccine Strategy to Combat Recurrent Genital Herpes

News Publication Date: June 16, 2026

Web References:
– University of California, Irvine: www.uci.edu
– UC Irvine News: news.uci.edu
– NIH Media Resources: https://news.uci.edu/media-resources/

Keywords: herpes simplex virus type 2, HSV-2, genital herpes, therapeutic vaccine, tissue-resident memory T cells, Prime/Pull/Keep, immunotherapy, mRNA vaccine, viral latency, NIH funding, recurrent infections, mucosal immunity

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The upper stage from a commercial Chinese rocket that launched last week has broken apart in space, spreading debris in a heavily trafficked part of low-Earth orbit home to the International Space Station and a significant portion of SpaceX's Starlink broadband network.

The breakup occurred shortly after the Zhuque-2E rocket reached orbit on June 9 with two satellites providing direct-to-cell communications, perhaps around the time the upper stage was expected to perform a disposal burn. The US Space Force confirmed the breakup event in a post on space-track.org, a website used by the military to distribute orbit data to the public.

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