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NEW YORK – The window during which human embryos can implant into the endometrium opens with an abrupt change in gene expression of endometrial cells, a new single-cell transcriptomic study has found.

During the human menstrual cycle, the endometrium goes through a process of remodeling, shedding, and regeneration. Because of its important function in human fertility and regenerative medicine, researchers led by Stanford University's Stephen Quake sought to characterize its gene expression at the single-cell level.

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According to the Washington Post, the Biden Administration is set to make changes to federal restrictions on fetal tissue research.

NPR reports that researchers have developed chimeric embryos as part of work toward growing human organs in animals for organ transplants.

In Science this week: approach to isolated trace DNA from archaic humans from sediments, and more.

Texas Monthly looks into the DNA Zoo being collected by Baylor College of Medicine researchers.

Apr
21
Sponsored by
Mission Bio

This webinar, the first in a “Meet the Authors” series sponsored by Mission Bio, will discuss the application of single-cell analysis to decipher clonal evolution across several stages of disease development in myeloid malignancies. 

Apr
22
Sponsored by
10x Genomics

The human immune system is extremely complex, comprised of multiple cell types and states interacting in myriad ways to produce diverse cellular ecosystems.

Apr
23
Sponsored by
Isoplexis

Recent advances in single-cell technologies have provided unprecedented -omic-level insights into cellular heterogeneity and function. 

Apr
27
Sponsored by
Biognosys

This webinar, the first in our Next-Generation Proteomics for Precision Oncology series, will discuss how proteomics can help overcome the challenges of treating COVID-19 patients with oncologic comorbidities.