PLANARIANS

作品数:10被引量:3H指数:1
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相关领域:生物学更多>>
相关期刊:《Pharmacology & Pharmacy》《Zoological Systematics》《Journal of Behavioral and Brain Science》《Zoological Research》更多>>
相关基金:国家自然科学基金河南省自然科学基金更多>>
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The known,unknown,and unknown unknowns of cell-cell communication in planarian regeneration
《Zoological Research》2023年第5期981-992,共12页Jia-Jia Chen Kai Lei 
supported by the Westlake Education Foundation and National Natural Science Foundation of China (32122032 and 31970750 to K.L.)。
Planarians represent the most primitive bilateral triploblastic animals.Most planarian species exhibit mechanisms for whole-body regeneration,exemplified by the regeneration of their cephalic ganglion after complete e...
关键词:PLANARIANS Stem cells REGENERATION Cell communication 
Molecular systematics, population genetics and phylogeography on planarians(Platyhelminths: Turbellaria): A brief review of molecular markers被引量:2
《Zoological Systematics》2019年第3期177-184,共8页Hecai Zhang Tiange Hu Changying Shi Guangwen Chen 
supported by the National Natural Science Foundation of China(31702010,31471965)
Due to their characteristics, such as powerful regeneration capability, high susceptibility to xenobiotics, wide distribution and weak dispersion ability, planarians are used as ideal test animals in several research ...
关键词:PLANARIAN MOLECULAR marker MOLECULAR PHYLOGENY MOLECULAR taxonomy  population genetics PHYLOGEOGRAPHY 
Neoblast-enriched zinc finger protein FIR1 triggers local proliferation during planarian regeneration被引量:1
《Protein & Cell》2019年第1期43-59,共17页Xiao-Shuai Han Chen Wang Fang-hao Guo Shuang Huang Yong-Wen Qin Xian-Xian Zhao Qing Jing 
the National Key Research and Development Program of China(2017YFA0103700);the Strategic Priority Research Program of the Chinese Academy of Sciences(XDA16020903);the National Natural Science Foundation of China(91739301,91339205,and 31229002).
Regeneration,relying mainly on resident adult stem cells,is widespread.However,the mechanism by which stem cells initiate proliferation during this process in vivo is unclear.Using planarian as a model,we screened 46 ...
关键词:LOCAL PROLIFERATION adult stem cells Dis3l2 wound recognition PLANARIANS Schmidtea mediterranea 
Surprising Separation of Cannabinoid Physical Dependence and Withdrawal in an Invertebrate Model
《Pharmacology & Pharmacy》2018年第12期489-502,共14页Wanhui Sheng Robert B. Raffa 
Planarians have mammalian-like neurotransmitter systems and have been established as a novel in vivo model for neuropharmacology. In previous research, planarians that have been exposed to the cannabinoid receptor (CB...
关键词:CANNABINOID Physical DEPENDENCE WITHDRAWAL PLANARIANS UV Light 
Potential of a planarian model to study certain aspects of anti-Parkinsonism drugs
《Advances in Parkinson's Disease》2013年第3期70-74,共5页Robert B. Raffa Jeff Danah Christopher S. Tallarida Carrie Zimmerman Grace Gill Steven J. Baron Scott M. Rawls 
We previously created and investigated a planarian model for the study of drug action, abuse, physical dependence, receptor affinity, the toxicity of heavy metals in wastewater, and seizures. For the present pilot stu...
关键词:L-DOPA BENSERAZIDE PLANARIANS 
Amphetamine Conditioned Place Preference in Planarians
《Journal of Behavioral and Brain Science》2013年第1期131-136,共6页Robert B. Raffa Sumira Shah Christopher S. Tallarida Scott M. Rawls 
Meth- and other amphetamines currently present major drug-abuse concerns. However, the demonstration and study of abuse-related behaviors expressed in animal models is expensive and time-consuming. We previously repor...
关键词:AMPHETAMINE Conditioned PLACE PREFERENCE Drug ABUSE PLANARIA 
Isobolographic Method and Invertebrate (Planarian) Model for Evaluating Combinations of Waterways Pollutants
《Pharmacology & Pharmacy》2012年第4期381-387,共7页Robert B. Raffa Deborah A. Gallo Christopher S. Tallarida Scott M. Rawls Ronald J. Tallarida 
Agricultural, pharmaceutical, and other biologically active substances are emptied or leach into waterways and groundwater, where they can dose-relatedly cause pharmacologic or toxic effects on the resident or depende...
关键词:COMBINATIONS Isobolographic Analysis Methods POLLUTANTS PLANARIANS 
Development of a Behavioral and Imaging Model of Feeding in Planarians
《Pharmacology & Pharmacy》2012年第3期364-367,共4页Robert B. Raffa Christopher S. Tallarida Shan R. Patel Scott M. Rawls Evgeny Krynetskiy 
Excess weight is a major risk factor for type-2 diabetes, cardiovascular disease, and other comorbidities. Animal models of feeding provide insight into the problem and provide a means for the discovery and evaluation...
关键词:FEEDING IMAGING FLUORESCENCE GFP PLANARIANS 
Disruption of Drug Effects (Dopamine, Nicotine, Pilocarpine, κ-Opioid) in Planarians by UV Light
《Pharmacology & Pharmacy》2012年第3期358-363,共6页Robert B. Raffa Christopher S. Tallarida Aruj Choudhry Nadia Sanni-Adam Sean McGonigle Michael Baron Zhuo L. Chen Scott M. Rawls Ronald J. Tallarida 
Based on previous work, it has been hypothesized that the energetics of ultraviolet (UV) light disrupts effects induced by receptor-binding ligands. If this hypothesis is true, then UV light should (i) disrupt a broad...
关键词:UV Light Drug-Receptor Interaction LOCOMOTOR Activity Seizure Physical Dependence PLANARIAN 
Morphogenetic Action of Neurotransmitters on Regenerating Planarians—A Review
《Biomedical and Environmental Sciences》1993年第4期327-347,共21页DAVIDVILLAR DAVIDJ.SCHAEFFER 
Planarians can be used as invertebrate bioassays to evaluate the role of neurotransmitters on regenerating cells. The influence of the nervous system is crucial to regenerate a normal complete animal. The neurotrophic...
关键词:Morphogenetic Action of Neurotransmitters on Regenerating Planarians A Review 
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