FMRF-amide (Cardio-excitatory Peptide) Antibody

FMRF-amide (Cardio-excitatory Peptide) Antibody
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Price: $250.00
Product ID : 20091
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The ImmunoStar FMRF-Amide antiserum was quality control tested using standard immunohistochemical methods. The antiserum demonstrates strongly positive labeling of rat hypothalamus and spinal cord using indirect immunofluorescent and biotin/avidin-HRP techniques. Recommended primary dilutions are 1/400 - 1/800 in PBS/0.3% Triton X-100 -Cy3 Technique and 1/1,000 - 1/2,000 in PBS/0.3% Triton X-100 - biotin/avidin-HRP Technique.

Staining is completely eliminated by pretreatment of the diluted antibody with 100 µg/mL of FMRF-Amide.

Host: Rabbit

Quantity / Volume:  100 µL

State: Lyophilized Whole Serum

Reacts With: Abalone, Annelida, Crab, Crayfish, Crustacean, Lamprey, Lobster, Marine, Mollusca, Mosquito, Moth, Rat, Sea Cucumber, Snail, Worm, Zebrafish

Availability: In Stock


Download Product Spec. SheetFMRF-amide (Cardio-excitatory Peptide) Antibody

Journal References:

Characterization of nitric oxidergic neurons in the alimentary tract of the snail Helix pomatia L.: histochemical and physiological study; Serfözö Z, Szentmiklósi AJ, Elekes K; J Comp Neurol.,506(5):801-21, 2008, Tested in Snail, Cites Diasorin AKA ImmunoStar, PubMed ID: 18076086

Ontogeny of modulatory inputs to motor networks: early established projection and progressive neurotransmitter acquisition; Le Feuvre Y, Fenelon VS, Meyrand P.; J Neurosci., 21(4):1313-26, 2001, Tested in Lobster, IFC, Cites Diasorin AKA ImmunoStar, PubMed ID: 11160402

Differential bulbar and extrabulbar projections of diverse olfactory receptor neuron populations in the adult zebrafish (Danio rerio); Gayoso JÁ, Castro A, Anadón R, Manso MJ.; J Comp Neurol.,519(2):247-76, 2011, Tested in Zebrafish, IFC, Cites Diasorin AKA ImmunoStar, PubMed ID: 21165974

Different Proctolin Neurons Elicit Distinct Motor Patterns from a Multifunctional Neuronal Network; Blitz DM , Christie  AE, Coleman MJ; The Journal of Neuroscience, 19(13):5449-5463, 1999, Tested in Crab, Cites Incstar AKA ImmunoStar, PubMed ID: 10377354

Descending neurons with dopamine-like or with substance P/FMRFamide-like immunoreactivity target the somata of olfactory interneurons in the brain of the spiny lobster, Panulirus argus; Schmidt M, Ache BW.; Cell Tissue Res., 278(2):337-52, 1994, Tested in Lobster, Cites Incstar AKA ImmunoStar, PubMed ID: 7528099

Sequential developmental acquisition of neuromodulatory inputs to a central pattern-generating network; Fénelon VS, Kilman V, Meyrand P, Marder E; J Comp Neurol., 408(3):335-51, 1999, Tested in Lobster, Cites Incstar AKA ImmunoStar, PubMed ID: 10340510

FMRFamide-like peptides in the crayfish (procambarus clarkii) stomatogastric nervous system: distribution and effects on the pyloric motor pattern; Tierney AJ, Blanck J, Mercier J; J Exp Biol., 200(Pt 24):3221-33, 1997, Tested in Crayfish, IFC, Cites Incstar AKA ImmunoStar, PubMed ID: 9364028

Ontogenetic alteration in peptidergic expression within a stable neuronal population in lobster stomatogastric nervous system; Fénelon VS, Casasnovas B, Faumont S, Meyrand P.; J Comp Neurol., 399(3):289-305, 1998, Tested in Lobster, IFC, Cites Incstar AKA ImmunoStar, PubMed ID: 9733079

Molecular Analysis of Two FMRFamide-Encoding; Scott F. Cummins, Alina Tollenaere, Bernard M. Degnan, and Roger P. Croll; J Comp Neurol. 2011 Jul 1;519(10):2043-59., 2011, Tested in Abalone, PubMed ID: 21452226

The development of the larval nervous system, musculature and ciliary bands of Pomatoceros lamarckii (Annelida): heterochrony in polychaetes; Carmel McDougall, Wei-Chung Chen, Sebastian M Shimeld and David EK Ferrier; BioMed Central,0.1361:1-14, 2006, Tested in Annelida, PubMed ID: 17032451

The anterior cardiac plexus: an intrinsic neurosecretory site within the stomatogastric nervous system of the crab Cancer productus; Christie AE , Cain SD , Edwards JM, Clason TA, Cherny E, Lin M, Manhas AS, Sellereit KL, Cowan NG , Nold KA, Strassburg H-P, and Graubard K; The Company of Biologists,207:1163-1182, 2004, Tested in Crab, PubMed ID: 14978058

Identification and characterization of a tachykinin-containing neuroendocrine organ in the commissural ganglion of the crab Cancer productus; Daniel I. Messinger, Kimberly K. Kutz, Thuc Le, Derek R. Verley, Yun-Wei A. Hsu, Christina T. Ngo, Shaun D. Cain, John T. Birmingham, Lingjun Li, and Andrew E. Christie; The Journal of Experimental Biology,208:3303-3319, 2005, Tested in Crab, PubMed ID: 16109892

Hormone Complement of the Cancer productus Sinus Gland and Pericardial Organ: An Anatomical and Mass Spectrometric Investigation; Fu Q, Kutz K, Schmidt J, Hsu Y, Messinger D, Cain S, Iglesia H, Christine A, Li L; The Journal of Comparative Neurology, 493:607-626, 2005, Tested in Crab, PubMed ID: 16304631

Identification of putative peptide paracrines/hormones in the water flea Daphnia pulex (Crustacea; Branchiopoda; Cladocera) using transcriptomics and immunohistochemistry; Ashley L. Gard, Petra H. Lenz, Joseph R. Shaw, Andrew E. Christie ; General and Comparative Endocrinology,160:271–287, 2009, Tested in Crustacean, PubMed ID: 19135444

Preoptic FMRF-amide-like immunoreactive projections to the retina in the lamprey (Lampetra fluviatilis); Monique Médinaa,b, Jacques Repéranta, Roger Warda, Bruno Jaya, Dom Micelia, Natalia Kenigfesta; Brain Research,1273:58-65, 2009, Tested in Lamprey, PubMed ID: 19344699

Neuromodulatory complement of the pericardial organs in the embryonic lobster, Homarus americanus.; Pulver SR, Marder E; J Comp Neurol ,451(1):79-90, 2002, Tested in Lobster, PubMed ID: 12209843

Development of the nervous system in Phoronopsis harmeri (Lophotrochozoa, Phoronida) reveals both deuterostome- and trochozoan-like features; Elena Temereva and Andreas Wanninger; BMC Evolutionary Biology,12:121, 2012, Tested in Marine, PubMed ID: 22827441

The Potent Respiratory System of Osedax mucofloris (Siboglinidae, Annelida) - A Prerequisite for the Origin of Bone-Eating Osedax?; Randi S. Huusgaard, Bent Vismann, Michael Kühl, Martin Macnaugton, Veronica Colmander, Greg W. Rouse, Adrian G. Glover, Thomas Dahlgren, and Katrine Worsaae; PLoS One,7(4):e35975, 2012, Tested in Marine, PubMed ID: 22558289

Different roles for homologous interneurons in species exhibiting similar rhythmic behaviors; Sakurai A, Newcomb JM, Lillvis JL, Katz PS.; Curr Biol., 21(12):1036-43, 2011, Tested in Mollusca, PubMed ID: 21620707

Comparison of immunoreactivity to serotonin, FMRFamide and SCPb in the gut and visceral nervous system of larvae, pupae and adults of the yellow fever mosquito Aedes aegypti; David and Stacia Moffett; The Journal of Insect Science,5(20):, 2005, Tested in Mosquito, PubMed ID: 16341252

Modular subdivision of mushroom bodies by Kenyon cells in the silkmoth; Fukushima R, Kanzaki R.; J Comp Neurol.,513(3):315-30, 2009, Tested in Moth, PubMed ID: 19148932

Novel Insights into the Echinoderm Nervous System from Histaminergic and FMRFaminergic-Like Cells in the Sea Cucumber Leptosynapta clarki; Luke A. Hoekstra, Leonid L. Moroz, Andreas Heyland; PLoS ONE,7:1-11, 2012, Tested in Sea Cucumber, PubMed ID: 22970182

Neurochemical and Neuroanatomical Identification of Central Pattern Generator Neuron Homologues in Nudipleura Molluscs; Lillvis JL, Gunaratne CA, Katz PS.; Plos One, 7(2):e31737, 2012, Tested in Snail, PubMed ID: 22363716

Lophotrochozoan neuroanatomy: An analysis of the brain and nervous system of Lineus viridis (Nemertea) using different staining techniques; Patrick Beckers, Simone Faller, Rudi Loesel; Frontiers in Zoology,8:1-12, 2011, Tested in Worm, PubMed ID: 21771310

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