H. Wang

This study uses E. coli outer membrane vesicles to deliver target proteins into eukaryotic cells with high efficiency and enables direct labeling of proteins within vesicles.

This paper demonstrates wireless electrical-molecular quantum signalling using bio-nanoantennae to induce apoptosis in cancer cells through quantum biological tunnelling.

This study shows that HERG channels in intestinal L-cells regulate GLP-1 secretion by modulating action potential duration and intracellular calcium.

The paper presents a simple model that explains global greenness patterns and trends using two parameters, matching the accuracy of complex vegetation models.

This study identifies RIPK3-dependent necroptosis as the main cause of immunodeficiency in RIPK1-deficient rats and suggests necroptosis inhibition as a potential therapy.

This paper introduces a method for rapid nanobody screening that preserves library diversity without subcloning or amplification bias, producing functional nanobodies against DR5 and Pfu DNA polymerase.

The paper redefines phytoplankton-associated bacterial taxa at the genus level using data from diatoms and dinoflagellates, identifying core genera and their ecological roles in the phycosphere.

This study uses SAXS and cryo-EM to describe the resting-state conformation of MetH and propose a model for its functional switching.

The paper investigates gene regulatory responses to antibiotic stress in E. coli under high lactose conditions, identifying shared and divergent transcriptional changes and mechanisms of persister formation.

The paper identifies a multi-step self-renewal process for mesenchymal stem cells in mouse blood and human umbilical cord blood, involving niche structures and non-mitotic differentiation.

This study investigates the effects of near-complete Myc inactivation in mice, finding premature aging features but reduced cancer incidence and linking Myc dysregulation to aging and cancer.

This study uses single-cell RNA sequencing to identify novel subtypes and intratumoral heterogeneity in olfactory neuroblastoma.

This study shows caltubin enhances neurite regrowth in neurons by stabilizing microtubules through Ca2+-dependent mechanisms.

The paper shows that CpG ODNs interact with mitochondrial VDAC1 to induce antimicrobial ROS in lung epithelial cells, offering a new therapeutic strategy for pneumonia without antibiotics.

This study applies electromagnetic fields to glioma cell lines and finds variable effects on proliferation and gene expression, contradicting previous in vitro findings of consistent anti-proliferative effects.

The paper shows engineered symbiotic bacteria can inhibit microsporidia infection in honeybees by delivering RNAi targeting the parasite's redox system.

This study shows insulin prevents TGF-beta-induced EMT in hepatocytes by inhibiting SMAD2/3 binding to C/EBP and SNAI1 promoters, maintaining HNF4 expression.

The paper studies how cell migration inside microcylinders depends on curvature, finding a biphasic relationship with changes in speed, anisotropy, and persistence.

The paper introduces a nanofluidic device that enables real-time combinatorial exchange of buffers and dynamic DNA manipulation to study protein-DNA interactions.

This study analyzes NSP10 variants in SARS-CoV-2 using genomic data and biophysical methods, finding limited functional changes and strong conservation in its interactions with NSP14 and NSP16.

This paper introduces an inhomogeneous mathematical model based on the generalized logistic equation to describe tumor growth and treatment, validated against clinical observations and theories of tumor heterogeneity.

This study isolates urease-producing bacteria from the cultivation environment of Gracilariopsis lemaneiformis and shows they enhance urea uptake and nitrogen assimilation by the macroalgae.

The paper generates and indexes an EMS mutant library for KN9204 wheat to enhance functional genomics and genetic manipulation for agronomic traits.

This study investigates how α-catenin, vinculin, and VASP work together in a complex to regulate actin assembly during adherens junction formation.

This study identifies 18 laccase genes in Hypsizygus marmoreus, analyzes their genomic distribution, evolution, and expression patterns, and links specific genes to lignin degradation and fruiting body formation.

This study shows that talin and vinculin work together to enhance actin assembly through a sequential mechanism involving nucleation, capping, and elongation.

This study shows that LNP-based vaccines induce time- and dose-dependent anti-PEG antibodies in rats, with immune memory and accelerated blood clearance upon re-injection.

This study uses mid-infrared spectra of milk to establish models for assessing mammalian evolutionary relationships and genetic distances with high accuracy.

This study investigates proteasomal activity differences in source and sink tissues of Arabidopsis, finding that proteasome activity declines in senescing leaves while increasing in sink tissues.