Webinar Using Calcium Imaging Electrophysiology In Neurons Come see our tissue slicers in action at fens 2024 with our partner green leaf scientifc booth 109! book your personal demo here. Scientifica customer, neuroscientist dr junshi wang from the icahn school of medicine at mount sinai, recently presented a webinar on 'using calcium imaging & electrophysiology in neurons & astrocytes in addiction' for precisionary instruments. in the webinar, dr wang discusses: 1. how to quantify nascent silent synapses using electrophysiology 2.
Precisionary Webinar Junshi Wang On Calcium Imaging Original webinar date: march 7, 2023 from 10am to 11am est.dr. junshi wang is an enthusiastic neuroscientist who has been investigating neural mechanisms und. Using calcium imaging and electrophysiology to explore the interaction between neurons and astrocytes in addiction original webinar date: march 7, 2023 dr. junshi wang is an enthusiastic neuroscientist who has been investigating neural mechanisms underlying drug addiction for 14 years. In this webinar, dr. wang will: discuss to quantify nascent silent synapses using electrophysiology; explore how to perform ex vivo calcium imaging on brain slices; share tips & tricks of brain sectioning to help reduce frustration for electrophysiology recordings. Measurement of ca 2 dependent fluorescence using genetically encoded calcium indicators (gecis) 1,2 is a standard method for tracking neural activity in defined neurons and neural networks 9,10.
Webinar Using Calcium Imaging Electrophysiology In Neurons In this webinar, dr. wang will: discuss to quantify nascent silent synapses using electrophysiology; explore how to perform ex vivo calcium imaging on brain slices; share tips & tricks of brain sectioning to help reduce frustration for electrophysiology recordings. Measurement of ca 2 dependent fluorescence using genetically encoded calcium indicators (gecis) 1,2 is a standard method for tracking neural activity in defined neurons and neural networks 9,10. Abstract. in vivo two photon calcium imaging (2pci) is a technique used for recording neuronal activity in the intact brain. it is based on the principle that, when neurons fire action potentials. We use whalocamp1a to image ca2 responses in vivo in flies and mice, to perform three color multiplexed functional imaging of hundreds of neurons and astrocytes in zebrafish larvae and to.
Inscopix Bruker View Webinar Advanced Multilayered Solutions For Abstract. in vivo two photon calcium imaging (2pci) is a technique used for recording neuronal activity in the intact brain. it is based on the principle that, when neurons fire action potentials. We use whalocamp1a to image ca2 responses in vivo in flies and mice, to perform three color multiplexed functional imaging of hundreds of neurons and astrocytes in zebrafish larvae and to.
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