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AxoSim, Inc

New Orleans, Louisiana, US

AxoSim is dedicated to improving preclinical pharmaceutical development. Using microengineered Nerve-on-a-Chip (TM) technology, AxoSim facilitates the prediction of neurological safety and efficacy early in the drug development pipeline. By providing an advanced, 3D cell-based alternative to animal testing, pharmaceutical companies will have access to high content data faster and earlier than currently possible.

Our diverse team of scientists, engineers, and entrepreneurs are committed to tackling critical problems in pharmaceutical research. Utilizing technology originally developed in the lab of Dr. Michael J. Moore at Tulane University, we utilize a benchtop model of the nervous system to advance the safety and manage the costs of bringing novel pharmaceuticals to market.

Our team is ready for an initial consultation to determine client needs and tailor an experimental plan to best meet those needs. A... Show more »

AxoSim is dedicated to improving preclinical pharmaceutical development. Using microengineered Nerve-on-a-Chip (TM) technology, AxoSim facilitates the prediction of neurological safety and efficacy early in the drug development pipeline. By providing an advanced, 3D cell-based alternative to animal testing, pharmaceutical companies will have access to high content data faster and earlier than currently possible.

Our diverse team of scientists, engineers, and entrepreneurs are committed to tackling critical problems in pharmaceutical research. Utilizing technology originally developed in the lab of Dr. Michael J. Moore at Tulane University, we utilize a benchtop model of the nervous system to advance the safety and manage the costs of bringing novel pharmaceuticals to market.

Our team is ready for an initial consultation to determine client needs and tailor an experimental plan to best meet those needs. A dedicated employee will also be available throughout the process to ensure that expectations are met. We pride ourselves in ensuring that client goals are clear and line up directly and efficiently with our available services.

AxoSim fabricates 3D hydrogel scaffolds which encourage the development of a mixed population of cells, introducing polarity, migration, axon outgrowth and myelination. These conditions replicate the environment found in living organisms. Our models can be cultured for months, and have the potential to be tailored based on different therapeutic applications.

AxoSim's facilities are equipped to measure changes in electrophysiology, neurite outgrowth, nerve density, fiber type, degree of myelination, and cell integrity following either acute or chronic exposure to compounds of interest. Range finding experiments can also be performed for concentration dependent effects.

During the process, AxoSim manages all aspects of the research, culminating with an intensive high-level report and presentation discussing all available data. During the client presentation, potential implications will be discussed and any client questions will be addressed.

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In vitro Neural Models
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Organ-on-a-Chip
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Nerve-on-a-Chip™ platform

Nerve-on-a-Chip™ platform

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Microelectrode Array (MEA) Recordings
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Neuronal Assays
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In addition to our 3D assays, AxoSim provides both high content imaging and 2D electrophysiological assays. We can run high-throughput image based analysis to determine cell viability, neurite outgrowth, proliferation, and glial interactions. For comparison to functional characteristics, we can also run high-throughput... Show more »

In addition to our 3D assays, AxoSim provides both high content imaging and 2D electrophysiological assays. We can run high-throughput image based analysis to determine cell viability, neurite outgrowth, proliferation, and glial interactions. For comparison to functional characteristics, we can also run high-throughput multielectrode array (MEA) assays to determine changes in firing rate, bursting characteristics, and response to stimuli.

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3D Cell Culture Models
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We use standard fluorescent and confocal microscopy to measure in vitro changes in 3D neurite outgrowth after exposure of our Nerve-on-a-Chip(TM) platform to neurotoxic, neuroprotective, or neuroregenerative compounds. Turnaround time depends on the length of exposure, but is typically a matter of weeks. Pricing also depends on... Show more »

We use standard fluorescent and confocal microscopy to measure in vitro changes in 3D neurite outgrowth after exposure of our Nerve-on-a-Chip(TM) platform to neurotoxic, neuroprotective, or neuroregenerative compounds. Turnaround time depends on the length of exposure, but is typically a matter of weeks. Pricing also depends on number of data points, exposure time, etc. Please inquire for more information.

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Cell Electrophysiology
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Population-level electrophysiology, as measured using the compound action potential, is performed on our Nerve-on-a-Chip(TM) platform. Changes in peak amplitude, conduction velocity, latency, and integral after drug administration correlate to clinically relevant mechanisms of action for neurotoxicity, neuroprotection, and... Show more »

Population-level electrophysiology, as measured using the compound action potential, is performed on our Nerve-on-a-Chip(TM) platform. Changes in peak amplitude, conduction velocity, latency, and integral after drug administration correlate to clinically relevant mechanisms of action for neurotoxicity, neuroprotection, and neuroregeneration. Please inquire for more information and pricing, which varies depending on desired cell type, experimental length, and number of data points.

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Cytotoxicity Assays
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Standard cytoxicity metrics can be measured in our 3D Nerve-on-a-Chip environment, including viability, apoptosis, migration, proliferation, and soluble analyte levels. Please inquire for more information.

Standard cytoxicity metrics can be measured in our 3D Nerve-on-a-Chip environment, including viability, apoptosis, migration, proliferation, and soluble analyte levels. Please inquire for more information.

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Fluorescence-Based Microscopy
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Standard fluorescent imaging and quantification can be performed for a variety of antibodies relevant for neural characterization, including, but not limited to, beta III tubulin, MAG, MBP, NeuN and GFAP. Please inquire for more information.

Standard fluorescent imaging and quantification can be performed for a variety of antibodies relevant for neural characterization, including, but not limited to, beta III tubulin, MAG, MBP, NeuN and GFAP. Please inquire for more information.

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Histology and Pathology Services
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Clinically relevant histomorphometry can be performed on our Nerve-on-a-Chip platform to measure axon density, axon diameter distribution, % myelination, and myelin thickness distribution. Please inquire for more information.

Clinically relevant histomorphometry can be performed on our Nerve-on-a-Chip platform to measure axon density, axon diameter distribution, % myelination, and myelin thickness distribution. Please inquire for more information.

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Cell-Based Assays
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Cells and Tissues
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Functional & Cell Type Specific Assays
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Mammalian Cell Culture
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Microscopy
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In vitro Disease Models
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In vitro Disease Models Services

In vitro Disease Models Services

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Electron Microscopy
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Histopathological Examination
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Cell and Tissue Culture
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Cell and Tissue Culture Services

Cell and Tissue Culture Services

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Induced Pluripotent Stem Cell (iPSC) Culture
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2017-10-20 01:42:21 +0600

Net Promoter Score of 10 received for Neuronal Assays.

Additional Ratings: satisfaction with deliverable: 10, satisfaction with timeliness: 10.

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