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  1. Analyzed Page
  2. Matching Content Categories
  3. CMS
  4. Monthly Traffic Estimate
  5. How Does Doi.org Make Money
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We began analyzing https://journals.physiology.org/doi/full/10.1152/ajpregu.00094.2015, but it redirected us to https://journals.physiology.org/doi/full/10.1152/ajpregu.00094.2015. The analysis below is for the second page.

Title[redir]:
Genetic identity of thermosensory relay neurons in the lateral parabrachial nucleus | American Journal of Physiology-Regulatory, Integrative and Comparative Physiology | American Physiological Society
Description:
The parabrachial nucleus is important for thermoregulation because it relays skin temperature information from the spinal cord to the hypothalamus. Prior work in rats localized thermosensory relay neurons to its lateral subdivision (LPB), but the genetic and neurochemical identity of these neurons remains unknown. To determine the identity of LPB thermosensory neurons, we exposed mice to a warm (36°C) or cool (4°C) ambient temperature. Each condition activated neurons in distinct LPB subregions that receive input from the spinal cord. Most c-Fos+ neurons in these LPB subregions expressed the transcription factor marker FoxP2. Consistent with prior evidence that LPB thermosensory relay neurons are glutamatergic, all FoxP2+ neurons in these subregions colocalized with green fluorescent protein (GFP) in reporter mice for Vglut2, but not for Vgat. Prodynorphin (Pdyn)-expressing neurons were identified using a GFP reporter mouse and formed a caudal subset of LPB FoxP2+ neurons, primarily in the dorsal lateral subnucleus (PBdL). Warm exposure activated many FoxP2+ neurons within PBdL. Half of the c-Fos+ neurons in PBdL were Pdyn+, and most of these project into the preoptic area. Cool exposure activated a separate FoxP2+ cluster of neurons in the far-rostral LPB, which we named the rostral-to-external lateral subnucleus (PBreL). These findings improve our understanding of LPB organization and reveal that Pdyn-IRES-Cre mice provide genetic access to warm-activated, FoxP2+ glutamatergic neurons in PBdL, many of which project to the hypothalamus.

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Keywords {🔍}

neurons, lpb, foxp, mice, cfos, temperature, pbdl, pdyngfp, dynorphin, fig, warm, gfp, nucleus, sections, pdyn, lateral, preoptic, ambient, mouse, thermosensory, relay, information, rostral, labeling, express, cool, area, min, caudal, exposure, pbrel, bregma, ctb, lot, levels, control, skin, expression, cage, chamber, reporter, brain, coolexposed, warmexposed, warmactivated, temperatures, genetic, project, region, sleep,

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biotin-conjugated donkey anti-sheep cy3-conjugated donkey anti-sheep imaged cre-reporter-positive neurons math1/atoh1-expressing progenitor cells r26-loxstoplox-l10-gfp mice cy3-conjugated anti-rabbit pdyn-ires-cre reporter mice anti-dig-pod solution biotinylated donkey anti-goat lumbar spino-parabrachial projections math1/atoh1-derived glutamatergic neurons fade-retardant mounting medium digoxigenin-tagged rna probe american physiological society r26-loxstoplox-l10-gfp relaying pain-related information rabbit anti-c-fos activate warm-relay neurons spino-parabrachio-thalamic tract math1/atoh1-derived neurons prevent false-positive data gi-coupled inhibitory receptor aps website aps member extracellular fluid volume retrograde aav-cre delivery greatest sleep-wake variation male pdyn-ires-cre warm-thermosensory input based cool-induced c-fos free-floating sagittal sections phasic c-fos expression formalin-induced inflammation warmed intense c-fos labeling pdyn-ires-cre mice warm skin-driven increase activating warm-thermosensory input drive c-fos activity intense c-fos+ neurons c-fos+ neurons overlapped streptavidin-alexa fluor 555 chicken polyclonal antiserum journals quick search relay skin-temperature information cool-activated neurons coincides robust c-fos expression warm-thermosensory relay neurons vgat-ires-cre mice glutamatergic orexin/hypocretin neurons additional pdyn-gfp mice

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