Review





Similar Products

93
Tocris 5 ht1a receptor antagonist nan 190
(A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and <t>NAN-190.</t> (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ <t>m,</t> <t>5-HT1A</t> receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).
5 Ht1a Receptor Antagonist Nan 190, supplied by Tocris, used in various techniques. Bioz Stars score: 93/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/5+ht1a+receptor/NAN-190+hydrobromide/bio_rxiv__64898__2026__03__08__710407-248-28-32
Average 93 stars, based on 1 article reviews
5 ht1a receptor antagonist nan 190 - by Bioz Stars, 2026-10
93/100 stars
  Buy from Supplier

86
Servicebio Inc anti 5 ht1a receptor rabbit antibody
(A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and <t>NAN-190.</t> (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ <t>m,</t> <t>5-HT1A</t> receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).
Anti 5 Ht1a Receptor Rabbit Antibody, supplied by Servicebio Inc, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/5+ht1a+receptor/5+anti+ht1a/pm41720404-119-18-24
Average 86 stars, based on 1 article reviews
anti 5 ht1a receptor rabbit antibody - by Bioz Stars, 2026-10
86/100 stars
  Buy from Supplier

86
Servicebio Inc 5 ht1a receptor
(A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and <t>NAN-190.</t> (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ <t>m,</t> <t>5-HT1A</t> receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).
5 Ht1a Receptor, supplied by Servicebio Inc, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/5+ht1a+receptor/5+anti+ht1a/pm41720404-129-11-15
Average 86 stars, based on 1 article reviews
5 ht1a receptor - by Bioz Stars, 2026-10
86/100 stars
  Buy from Supplier

90
Hilleman Laboratories 5-ht1a receptor agonists
(A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and <t>NAN-190.</t> (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ <t>m,</t> <t>5-HT1A</t> receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).
5 Ht1a Receptor Agonists, supplied by Hilleman Laboratories, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/5+ht1a+receptor/5+ht1a+receptor+agonists/pm40358824-147-0-22
Average 90 stars, based on 1 article reviews
5-ht1a receptor agonists - by Bioz Stars, 2026-10
90/100 stars
  Buy from Supplier

90
Tokyo Chemical Industry 5-ht1a receptor antagonist way-100635
(A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and <t>NAN-190.</t> (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ <t>m,</t> <t>5-HT1A</t> receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).
5 Ht1a Receptor Antagonist Way 100635, supplied by Tokyo Chemical Industry, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/5+ht1a+receptor/way100635/pm40335324-70-1-5
Average 90 stars, based on 1 article reviews
5-ht1a receptor antagonist way-100635 - by Bioz Stars, 2026-10
90/100 stars
  Buy from Supplier

90
MultiTarget Pharmaceuticals 5-ht1a receptor ligands
(A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and <t>NAN-190.</t> (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ <t>m,</t> <t>5-HT1A</t> receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).
5 Ht1a Receptor Ligands, supplied by MultiTarget Pharmaceuticals, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/5+ht1a+receptor/5+ht1ar+agonists/pm40267318-505-44-44
Average 90 stars, based on 1 article reviews
5-ht1a receptor ligands - by Bioz Stars, 2026-10
90/100 stars
  Buy from Supplier

90
Simmler Inc human 5-ht1a, 5-ht2a, and 5-ht2c receptors
(A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and <t>NAN-190.</t> (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ <t>m,</t> <t>5-HT1A</t> receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).
Human 5 Ht1a, 5 Ht2a, And 5 Ht2c Receptors, supplied by Simmler Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/5+ht1a+receptor/5+ht1a+receptors/pm39945551-165-78-80
Average 90 stars, based on 1 article reviews
human 5-ht1a, 5-ht2a, and 5-ht2c receptors - by Bioz Stars, 2026-10
90/100 stars
  Buy from Supplier

93
Boster Bio hydroxytryptamine receptor 1a 5 ht1a
(A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and <t>NAN-190.</t> (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ <t>m,</t> <t>5-HT1A</t> receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).
Hydroxytryptamine Receptor 1a 5 Ht1a, supplied by Boster Bio, used in various techniques. Bioz Stars score: 93/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/5+ht1a+receptor/Anti-HTR1A+Antibody/10__1002_slash_imo2__60-239-28-45
Average 93 stars, based on 1 article reviews
hydroxytryptamine receptor 1a 5 ht1a - by Bioz Stars, 2026-10
93/100 stars
  Buy from Supplier

90
Schleicher Inc serotonin receptors 5-ht1a
(A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and <t>NAN-190.</t> (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ <t>m,</t> <t>5-HT1A</t> receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).
Serotonin Receptors 5 Ht1a, supplied by Schleicher Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/5+ht1a+receptor/serotonin+receptors+5+ht1a/pm39848471-140-15-39
Average 90 stars, based on 1 article reviews
serotonin receptors 5-ht1a - by Bioz Stars, 2026-10
90/100 stars
  Buy from Supplier

90
Millipore antibodies against 5-ht1a receptors mab11041
(A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and <t>NAN-190.</t> (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ <t>m,</t> <t>5-HT1A</t> receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).
Antibodies Against 5 Ht1a Receptors Mab11041, supplied by Millipore, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/5+ht1a+receptor/isperidone++5+ht1a++ki+++490+nm++5+ht2a++ki+++0+6+nm++5+ht2b++pki+++7+67++5+ht2c++ki+++8+31++d1++ki+++75+nm++d2++ki+++3+nm+/10__3390_slash_ijms26010239-318-23-26
Average 90 stars, based on 1 article reviews
antibodies against 5-ht1a receptors mab11041 - by Bioz Stars, 2026-10
90/100 stars
  Buy from Supplier

Image Search Results


(A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and NAN-190. (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ m, 5-HT1A receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).

Journal: bioRxiv

Article Title: Human neuromodulatory assembloids to study serotonin signaling and disease

doi: 10.64898/2026.03.08.710407

Figure Lengend Snippet: (A) Canonical markers of 5-HT neurons in single-cell RNA-seq data of hMHO. (B) Proportions of brain regions mapping to 5-HT neurons based on label transfer of PCW 6.9 primary developing human brain. (C) Tph2 expression in mouse E13 spatial atlas and projection of 5-HT neurons onto mouse reference using VoxHunt . (D) Immunohistochemical staining of TPH2 in hMHO (day 84, scale bar = 250 µ m (top) and 40 µ m (bottom)). (E) Immunohistochemical staining of 5-HT in hMHO (day 83). (F) HPLC measurements of 5-HT in hMHO and hCO (hMHO: 20 samples, 13 differentiation experiments, hCO: 9 samples, 4 differentiation experiments; 3 hiPS cell lines, day 91-183. Mann-Whitney test, ****p<0.0001). (G) Biocytin labeling of AAV-TPH2::EGFP labeled 5-HT neurons (day 157, one iPS cell line, one differentiation experiment). (H) Schematic of patch clamp recording of 5-HT neurons (TPH2::EGFP + cells) in hMHO at baseline and during addition of 5-HT and NAN-190. (I) Example trace of action potentials during addition of 5-HT (100 µ m) and NAN-190 (50 µ m, 5-HT1A receptor blocker). (J) Action potential frequencies of TPH2::EGFP + neurons during baseline and addition of 5-HT and NAN-190 (14 cells, 1 hiPS cell line, 3 differentiation experiments. Friedman test *p = 0.0124, with Dunn’s multiple comparison testing: baseline vs. 5-HT **p = 0.0092, baseline vs. NAN-190 p = 0.7902, ns: non-significant). (K) Structure of serotonin sensor PsychLight2 (adapted from Dong et al with permission from Elsevier publishing, License #: 6152850897994) and schematic of serotonin sensor imaging. (L) Example images of PsychLight2 imaging in hCO and hMHO during KCl stimulation at baseline (10s) and during KCl stimulation (60s) (day 172, scale bar = 200 µ m). (M) Quantification of temporal dynamics of serotonin sensor fluorescence changes in hMHO and hCO (hCO: 9 organoids, hMHO: 8 organoids, 2 hiPS cell lines, 3 differentiation experiments). (N) Change in fluorescence intensity for PsychLight2 in hCO and hMHO after 30 s of KCl stimulation across different iPS cell lines (hCO: n = 135 ROIs (left), 9 organoids (right), hMHO: 120 ROIs (left), 8 organoids (right), 2 hiPS cell lines, 3 differentiation experiments for hCO and hMHO. Mann-Whitney test, ****p<0.0001).

Article Snippet: To study the effect of 5-HT on evoked APs in hMHO, 100 μ m 5-HT (Sigma Aldrich, H9523, freshly prepared on day of recording) or 50 μ m 5-HT1A receptor antagonist NAN-190 (Tocris, 0553) were applied via bath solution perfusion.

Techniques: Single Cell, RNA Sequencing, Expressing, Immunohistochemical staining, Staining, MANN-WHITNEY, Labeling, Patch Clamp, Comparison, Imaging, Fluorescence