Indo-Pacific Record

Official defense and security texts, preserved as published and analyzed in context.

Collection is current; analysis is behind it. Records dated after 2026-08-24 are stored and awaiting screening. What these dates mean.

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Source record CMC Political Work Department · 2026-07-27

Shenzhou-23 crew reaches 60-day orbital mark with multiple science tasks

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Not selected for analysis

Screened and not selected for analysis. The original record is stored; no translation or summary was produced.

Provenance

What is known about this record and where each part came from.
DeskChina Desk
Publishing institutionCMC Political Work Department
Source outletChina Military Online (EN) (china_mil_online)
Source languageen — an attribute of the source, not of this record
Source-stated publication date2026-07-27
Original URLhttp://eng.chinamil.com.cn/2025xb/H_251454/L_251456/16476175.html
Collected at2026-07-27 15:22:27 — collection metadata, not a publication time
Content fingerprint90d128ef7f9172678b98705ff7cfe83dc095423c9aa521daf58fa61a60b1b4a1 — taken when the record was captured, over the stored original title and text
Collection run93

Every field above is defined in the data dictionary — what it means, when it may be absent, and where it stops being reliable.

Stored source text

Text captured from the source page. Extraction may omit material or include unrelated page elements; consult the original URL when exact wording or completeness matters.

BEIJING, July 27 (Xinhua) -- The Shenzhou-23 crew has recently completed a study on gut microbiome changes as a result of long-duration spaceflight, as the three astronauts reached their 60th day in orbit aboard China's space station. During this period, astronauts Zhu Yangzhu, Zhang Zhiyuan and Li Jiaying have also systematically carried out a range of tasks, including multiple scientific experiments, maintenance of the space station complex platform, and in-orbit health management, according to the China Manned Space Agency (CMSA). Using a space Raman spectrometer, the crew conducted research on microbiome and nutritional metabolism to analyze changes in intestinal flora and their effects on nutrient metabolism under extended spaceflight conditions. They also performed a force control test to investigate the patterns of fine motor control changes and adaptive learning mechanisms during long-term orbital missions. In-orbit rendezvous and docking training was recently carried out as scheduled, during which the crew completed image recognition exercises under various initial conditions using a metacognitive training system. The CMSA has recently opened a call for proposals for the space station's 2026 scientific research and application program, focusing on three major areas: space life sciences and biotechnology, space microgravity physics, and new space technologies and applications. The program covers 23 specific research directions, including frontier exploration in space life sciences, mechanistic studies on material preparation processes under microgravity, and in-orbit manufacturing and construction technologies.

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It does not establish that the described events occurred, that any capability exists, or that the institution's stated position is its actual policy.

Cite this record

Two separate claims, cited separately: the item as its publisher issued it, and the record as this corpus holds it.

Source text. CMC Political Work Department. "Shenzhou-23 crew reaches 60-day orbital mark with multiple science tasks." China Military Online (EN), 2026-07-27. http://eng.chinamil.com.cn/2025xb/H_251454/L_251456/16476175.html.

As held. Indo-Pacific Record, China Desk Corpus, Record 2642, Snapshot — 2026-08-26 (3,574 records).

Processing note. This record was screened and not selected for analysis. No translation and no summary were produced.

The record number and this record path are locators inside the 2026-08-26 snapshot. Neither is a DOI, accession number, permanent identifier, public permalink, or published route. See identifiers and citation guidance.