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You Can’t Make This Up
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1 Apple Cider Vinegar - part two 31:42
31:42
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At the dawn of the social media era, Belle Gibson became a pioneering wellness influencer - telling the world how she beat cancer with an alternative diet. Her bestselling cookbook and online app provided her success, respect, and a connection to the cancer-battling influencer she admired the most. But a curious journalist with a sick wife began asking questions that even those closest to Belle began to wonder. Was the online star faking her cancer and fooling the world? Kaitlyn Dever stars in the Netflix hit series Apple Cider Vinegar . Inspired by true events, the dramatized story follows Belle’s journey from self-styled wellness thought leader to disgraced con artist. It also explores themes of hope and acceptance - and how far we’ll go to maintain it. In this episode of You Can't Make This Up, host Rebecca Lavoie interviews executive producer Samantha Strauss. SPOILER ALERT! If you haven't watched Apple Cider Vinegar yet, make sure to add it to your watch-list before listening on. Listen to more from Netflix Podcasts .…
Endothelial Cell Differentiation-Ⅰ
Manage episode 380174799 series 3449796
Content provided by antibodybasedpharmaceuticalsresourcelibrary. All podcast content including episodes, graphics, and podcast descriptions are uploaded and provided directly by antibodybasedpharmaceuticalsresourcelibrary or their podcast platform partner. If you believe someone is using your copyrighted work without your permission, you can follow the process outlined here https://ro.player.fm/legal.
Creative Biolabs integrates the latest advances and scientific reports in the field of stem cells and puts them in a podcast column for interested researchers.
445 episoade
Manage episode 380174799 series 3449796
Content provided by antibodybasedpharmaceuticalsresourcelibrary. All podcast content including episodes, graphics, and podcast descriptions are uploaded and provided directly by antibodybasedpharmaceuticalsresourcelibrary or their podcast platform partner. If you believe someone is using your copyrighted work without your permission, you can follow the process outlined here https://ro.player.fm/legal.
Creative Biolabs integrates the latest advances and scientific reports in the field of stem cells and puts them in a podcast column for interested researchers.
445 episoade
Alle episoder
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1 Neuronal Spike Sorting and Detection 13:28
13:28
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Creative Biolabs introduces the incredible developments achieved in the study of in vitro neuronal networks and puts them in a podcast column for interested researchers.
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1 From MEA to MOA The Next Generation of Bioelectronic Interfaces for Neuron Cultures 14:06
14:06
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Creative Biolabs introduces the incredible developments achieved in the study of in vitro neuronal networks and puts them in a podcast column for interested researchers.
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1 Discovery and Identification of Nerve Growth Factor and Related Neurotrophic Proteins 16:32
16:32
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Creative Biolabs introduces the processes of neural development from neural induction through synaptic refinement and puts them in a podcast column for interested researchers.
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1 Nerve Cell Development Insights from Tissue Size, Tumors, and In Vitro Studies 14:52
14:52
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Creative Biolabs introduces the processes of neural development from neural induction through synaptic refinement and puts them in a podcast column for interested researchers.
![Artwork](/static/images/128pixel.png)
1 Advances in Retinal Axon Guidance Chemoaffinity, Eph-Ephrin, and Self-Avoidance 13:07
13:07
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Creative Biolabs introduces the processes of neural development from neural induction through synaptic refinement and puts them in a podcast column for interested researchers.
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1 Intracellular Recordings Using MEA Based on Vertical Nanoelectrodes 14:29
14:29
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Creative Biolabs introduces the incredible developments achieved in the study of in vitro neuronal networks and puts them in a podcast column for interested researchers.
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1 Exploring the World of MEA Based on Vertical Nanoelectrodes 12:18
12:18
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Creative Biolabs introduces the incredible developments achieved in the study of in vitro neuronal networks and puts them in a podcast column for interested researchers.
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1 The Retinotectal System and the Chemotopy Hypothesis 14:05
14:05
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Creative Biolabs introduces the processes of neural development from neural induction through synaptic refinement and puts them in a podcast column for interested researchers.
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1 Regulatory Mechanisms of Commissural Axon Growth in Vertebrates 11:47
11:47
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Creative Biolabs introduces the processes of neural development from neural induction through synaptic refinement and puts them in a podcast column for interested researchers.
Creative Biolabs introduces the incredible developments achieved in the study of in vitro neuronal networks and puts them in a podcast column for interested researchers.
![Artwork](/static/images/128pixel.png)
1 Factors Affecting HD-MEA Performance 10:29
10:29
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Creative Biolabs introduces the incredible developments achieved in the study of in vitro neuronal networks and puts them in a podcast column for interested researchers.
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1 Guidance Mechanisms for Commissural Axons Attraction and Repulsion at the Midline 16:59
16:59
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Creative Biolabs introduces the processes of neural development from neural induction through synaptic refinement and puts them in a podcast column for interested researchers.
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1 Guidance Mechanisms in Vertebrate Motor Neuron Development 13:27
13:27
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Creative Biolabs introduces the processes of neural development from neural induction through synaptic refinement and puts them in a podcast column for interested researchers.
![Artwork](/static/images/128pixel.png)
1 The Classification and Development of Microelectrode Arrays 12:41
12:41
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Creative Biolabs introduces the incredible developments achieved in the study of in vitro neuronal networks and puts them in a podcast column for interested researchers.
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1 Biocompatible Scaffolds for In Vitro Neuronal Cultures 16:57
16:57
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Creative Biolabs introduces the incredible developments achieved in the study of in vitro neuronal networks and puts them in a podcast column for interested researchers.
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