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Focusing on cutting-edge technologies and research advancements,
sharing Aniphe BioLab’s achievements in scientific innovation, Professional insights
and practical experience in the fields of laboratory animals and preclinical research.

J Exp Med (4): Spatial CRISPR Screening—Unveiling the Regulatory Codes of the Tumor Microenvironment in Situ within Tissues
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2026/06/25

J Exp Med (4): Spatial CRISPR Screening—Unveiling the Regulatory Codes of the Tumor Microenvironment in Situ within Tissues

Looking back at the common premise of the first two generations of CRISPR‑based screening technologies: before analysis, tissues must be dissociated into single cells. While this is indispensable for single‑cell sequencing, it simultaneously deprives researchers of a critically important piece of information—spatial relationships. In reality, tumors are never mere random mixtures of cell types: CD8⁺ T cells tend to cluster in specific niches; cancer‑associated fibroblasts (CAFs) establish physical barriers; tumor‑associated macrophages exhibit spatial distribution preferences; and vascular networks, hypoxic zones, and immunosuppressive microenvironments collectively give rise to a complex tissue architecture. Together, these spatial structures constitute the tumor microenvironment (TME).

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[Guide to Selecting Administration Routes] How do you choose the appropriate administration route for mice? Read this article and say goodbye to indecision.
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2026/06/25

[Guide to Selecting Administration Routes] How do you choose the appropriate administration route for mice? Read this article and say goodbye to indecision.

In mouse model studies, the choice of administration route can significantly influence the accuracy and reliability of experimental outcomes. Different routes of administration not only affect drug bioavailability and metabolic pathways but may also exert distinct effects on the animals’ behavior and physiological status.

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Seemingly compliant, yet a major setback! Listen as laboratory mice reveal the hidden risks of drug efficacy, and break the deadlock with end-to-end QA oversight.
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2026/06/23

Seemingly compliant, yet a major setback! Listen as laboratory mice reveal the hidden risks of drug efficacy, and break the deadlock with end-to-end QA oversight.

I am a laboratory mouse used in in vivo pharmacological efficacy studies. Over the years, I have witnessed numerous experiments: some followed rigorous protocols and maintained meticulous records, resulting in successful publication and robust support for IND submissions; others, despite months of effort and substantial funding, were deemed to have unreliable data during regulatory inspections.

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[Beginner’s Guide to Avoiding Pitfalls] Collecting Bile from Live Mice: Master These 4 Key Details to Consistently Obtain 200 μL of Bile
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2026/06/23

[Beginner’s Guide to Avoiding Pitfalls] Collecting Bile from Live Mice: Master These 4 Key Details to Consistently Obtain 200 μL of Bile

Difficult biliary duct localization, catheter dislodgement, bile leakage, and reduced flow…

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[2026] As the Dragon Boat Festival approaches, Aniphe BioLab wishes you a healthy and peaceful celebration, smooth experiments, and all things going as you wish—“Zongzi”-like!
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2026/06/19

[2026] As the Dragon Boat Festival approaches, Aniphe BioLab wishes you a healthy and peaceful celebration, smooth experiments, and all things going as you wish—“Zongzi”-like!

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J Exp Med (3): Single-Cell CRISPR Screening—Decoding Immune Heterogeneity and Causal Networks at Single-Cell Resolution
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2026/06/17

J Exp Med (3): Single-Cell CRISPR Screening—Decoding Immune Heterogeneity and Causal Networks at Single-Cell Resolution

The essence of bulk CRISPR screening is to compress the responses of tens of thousands of cells into a single averaged signal. Yet the immune system is anything but average. Consider this scenario: after knocking out the same gene, 30% of T cells exhibit enhanced functionality, 50% remain virtually unchanged, and 20% instead enter an exhausted state. In a bulk readout, all of this would be reduced to a single sentence: “The gene’s effect is not significant.” But the underlying biology tells a very different story—it may well be a critical switch that determines how cells diverge along distinct fate trajectories.

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Comprehensive standardized lung fibrosis modeling platform: multi‑pathway–induced model generation, providing precise support for evaluating the efficacy of novel drugs targeting pulmonary fibrosis.
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2026/06/17

Comprehensive standardized lung fibrosis modeling platform: multi‑pathway–induced model generation, providing precise support for evaluating the efficacy of novel drugs targeting pulmonary fibrosis.

Pulmonary fibrosis (PF) is a diffuse interstitial lung disease characterized by destructive, irreversible tissue damage. Its etiology is highly complex and its pathogenic mechanisms remain unclear, often leading to impaired pulmonary function and respiratory failure. Currently, there is no effective treatment, and the prognosis is extremely poor. Therefore, establishing a stable, reliable, and easily reproducible animal model is of great significance for elucidating its pathogenesis and identifying novel therapeutic agents.

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Why is it said that the traditional mentor‑apprentice system in conventional laboratories cannot ensure the stability of high‑throughput data?
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2026/06/12

Why is it said that the traditional mentor‑apprentice system in conventional laboratories cannot ensure the stability of high‑throughput data?

While much attention has been focused on the act of fabrication itself, the core issue has been overlooked: how have various data‑related irregularities managed to persist within research teams for such an extended period? Many project leaders were, in fact, unaware of the misconduct within their groups, highlighting that the traditional model of mentor oversight and peer review between mentors and students can no longer stand alone. In the past, when experimental scales were small, experience could still serve as a safeguard; today, with high‑throughput experiments and multi‑person collaboration becoming the norm, relying solely on human supervision is bound to reveal significant shortcomings. To fundamentally mitigate risks and ensure data quality, it is imperative to establish a comprehensive, standardized quality‑control management system.

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