Fahmeed Hyder

The paper shows that TREM2 deficiency contributes to impaired microglial pruning and hippocampal dysfunction in a mouse model of childhood deprivation, and that TREM2 overexpression can rescue these deficits.

This study shows that cysteine depletion induces adipose browning and weight loss in mice, mediated by noradrenaline signaling via β3-adrenergic receptors, without requiring UCP1.

This study evaluates a mouse model of late-onset Alzheimer's disease, finding age-dependent behavioral deficits and hemodynamic changes in the olfactory bulb.

This study shows that intranasal LIF treatment reduces delayed neurodegeneration and improves sensorimotor function after mild traumatic brain injury.

This study shows that an autism-associated ASPM mutation causes macrocephaly and social-cognitive deficits in mice by altering the excitatory-inhibitory neuron ratio.

This study shows that early adversity impairs microglial function in male mice, causing synaptic and behavioral deficits, while females show resilience through astrocytic compensation.

The paper uses Ca2+ imaging and fMRI-BOLD in mice to compare functional network organization, finding overlapping but distinct patterns between modalities.

This study shows that VEGF-C overexpression enhances brain fluid drainage, provides neuroprotection, and improves stroke outcomes in mice.

This study examines how subanesthetic ketamine affects brain metabolism, functional connectivity, and working memory in healthy humans using multimodal fMRI.

The paper investigates neuronal activity patterns in a rodent model of absence seizures, finding decreased overall firing with distinct neuronal activity patterns during seizures.

The paper introduces a pipeline for analyzing widefield calcium imaging data and shows how functional network properties differ with wakefulness and across cell types.

This paper combines mesoscopic Ca2+ imaging and fMRI to study brain activity across spatiotemporal scales, finding correspondence between signals and stable connectivity matrices.