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NASA has resolved the mystery surrounding a peculiar noise heard from the Boeing Starliner spacecraft, used for a crewed mission that launched on June 5, 2024. The noise, described as a “pulsing” sound akin to a sonar ping, was attributed to feedback from a speaker within the spacecraft. According to NASA, the sound resulted from an audio configuration issue between the Starliner and the International Space Station (ISS). The space agency has assured that this feedback poses no risk to the spacecraft’s mission.

Details of the Incident

The noise issue gained attention when astronaut Barry “Butch” Wilmore, aboard the Starliner, reported hearing the unusual sound during a communication with mission control. The situation was taken seriously, and NASA promptly investigated. In a statement, the agency clarified that the speaker feedback was common and had no technical impact on the spacecraft or the ongoing mission.

Former astronaut Chris Hadfield commented on the situation on X (formerly Twitter), expressing that such noises are among those he would prefer to avoid while in space. Despite the concerns, the feedback has ceased, and NASA confirmed that the spacecraft’s autonomous return to Earth remains on schedule.

Return and Mission Status

The Starliner mission, which originally aimed to last about ten days, faced delays due to thruster system issues. As a result, NASA decided that astronauts Wilmore and Sunita Williams would return to Earth on a SpaceX Dragon capsule in February 2025 rather than the Starliner.

The Boeing Starliner is set to undock from the ISS no earlier than 6:04 p.m. EDT on September 6, 2024 (3:34 a.m. IST). The uncrewed capsule is expected to land at White Sands Space Harbour in New Mexico, marking the end of its troubled mission.

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Can Ageing Be Reversed in Human Eggs? New Mouse Study Offers Hope

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Can Ageing Be Reversed in Human Eggs? New Mouse Study Offers Hope

A groundbreaking study from the National University of Singapore has revealed that it is possible to reverse the ageing process in mouse egg cells, offering new hope for fertility treatments. Researchers, led by Dr Rong Li, Director of the Mechanobiology Institute, have discovered a method to rejuvenate ageing mouse oocytes by placing them into younger follicles. This advancement could pave the way for similar approaches in human fertility, although more research is needed before applying these findings to people.

The Rejuvenation Technique

The process involves removing aged oocytes from older mice and transplanting them into young mouse follicles. As oocytes age, they face challenges with cell division, often resulting in chromosomal errors that increase miscarriage rates. By reintroducing these older oocytes into a young follicle, scientists claim they have managed to restore crucial connections and enhance cell function. This method has shown that oocytes can recover their youthful characteristics, leading to improved cell maturation and lower rates of chromosomal abnormalities.

Significance for Fertility

Rejuvenated oocytes exhibited better maturation rates and fewer chromosomal issues. When these eggs were fertilised and reimplanted into mice, there was a notable increase in successful pregnancies. Dr Rong Li and her team suggest that this method could potentially be adapted to human cells, offering a new avenue for treating age-related fertility problems.

Looking Ahead

The implications of this research are promising, claim scientists. If similar techniques can be developed for human use, they could transform the way age-related fertility issues are addressed. The study highlights the crucial role of the follicular environment in egg quality and points to future possibilities for enhancing reproductive health.

As scientists continue to explore these findings, there is optimism about the potential for new fertility treatments that could help many individuals struggling with age-related reproductive challenges.

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Isolated Mpox Case Confirmed in India, Says Health Ministry

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Isolated Mpox Case Confirmed in India, Says Health Ministry

The Health Ministry has confirmed the presence of the Mpox virus, specifically the West African clade 2, in a recent patient. The case, verified on September 9, 2024, is travel-related and not part of the ongoing global public health emergency involving clade 1 of the virus. This case is an isolated incident, similar to the previous 30 cases reported in India since July 2022. The patient, a young male with recent travel history to a country experiencing Mpox transmission, is currently in isolation at a designated healthcare facility and remains stable.

Health Ministry Guidelines

Apurva Chandra, Health Secretary, stated that public health measures, including contact tracing and monitoring, are actively underway to contain the situation. The Ministry has written to all States and Union Territories, emphasising the need to train healthcare workers, particularly those in skin, STD, and NACO clinics, in identifying symptoms, following protocol for case management, and reporting cases promptly.

According to the World Health Organisation, the primary mode of transmission for Mpox in the current outbreak is through sexual contact, followed by non-sexual person-to-person contact. Common symptoms include rashes and fever. The median age of affected individuals is 34, and over half of the cases involve individuals living with HIV.

Precautions and Public Awareness

Chandra has also highlighted the need for better community awareness and timely reporting of suspect cases, with State AIDS control societies being alerted. While the current outbreak is classified as a Public Health Emergency of International Concern (PHEIC), the risk of it spreading beyond Africa remains moderate. Health screening at airports and hospital-based surveillance have been ramped up to detect suspect cases.

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Boeing Starliner Lands Safely After ISS Mission Delay

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Boeing Starliner Lands Safely After ISS Mission Delay

Boeing’s Starliner spacecraft has completed its Crew Flight Test (CFT) mission, landing safely at White Sands Missile Range, New Mexico, on September 7, 2024. After more than three months in space, the uncrewed capsule returned with a successful parachute-assisted landing at 12:01 a.m. EDT (0401 GMT). This marked the end of a mission initially planned for just ten days, but delays arose due to thruster issues experienced as the capsule neared the International Space Station (ISS). Although no astronauts were on board, NASA confirmed that they would have been unharmed if they had been.

Safe Landing Despite Challenges

NASA’s Steve Stich, manager of the Commercial Crew Program, explained during a press conference that Starliner’s descent followed the planned procedure. The spacecraft performed its deorbit burn, re-entry, and landing as designed. According to Stich, even with crew aboard, the landing would have been equally safe, despite the unexpected problems during the mission. Boeing and NASA have spent the past three months at White Sands performing tests to understand the thruster malfunction, which delayed Starliner’s return.

Astronaut Reassignment and Starliner’s Future

NASA astronauts Butch Wilmore and Suni Williams, initially part of the mission, had to be reassigned. They were originally scheduled to return after ten days but will now stay on the ISS for ten months. Wilmore and Williams will return to Earth on SpaceX’s Crew Dragon in February 2025, after Crew-9’s rotation.

The future of Starliner’s operations remains uncertain, with plans for its crew transport missions to the ISS now delayed until at least August 2025. Boeing’s Commercial Crew Program vice president, Mark Nappi, confirmed that the data from this mission will be reviewed to decide the next steps for the spacecraft.

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