Our Posters

KV7 Poster

Biophysical and pharmacological properties of KV7 channels: an automated patch clamp study

file22 | ApconiX

Impact of Target Expression on the Adverse Event Profile of Antibody-Drug Conjugates (ADCs): Implications for Target Safety Assessments

invitro1 | ApconiX

An integrated approach for early in vitro seizure prediction utilising human-derived induced pluripotent stem cells and human ion channel assays

KV7 Poster

Biophysical and pharmacological properties of KV7 channels: an automated patch clamp study

file22 | ApconiX

Impact of Target Expression on the Adverse Event Profile of Antibody-Drug Conjugates (ADCs): Implications for Target Safety Assessments

invitro1 | ApconiX

An integrated approach for early in vitro seizure prediction utilising human-derived induced pluripotent stem cells and human ion channel assays

improvedsus | ApconiX

Improved Sustainability Through the Use of Assay Ready Cells to Support Ion Channel Screening

Development of human derived | ApconiX

Development of a human derived induced pluripotent stem cell neuronal assay for early in vitro detection of seizure liability

| ApconiX

What are the common predicted toxicities from target safety assessments?

improvedsus | ApconiX

Improved Sustainability Through the Use of Assay Ready Cells to Support Ion Channel Screening

Development of human derived | ApconiX

Development of a human derived induced pluripotent stem cell neuronal assay for early in vitro detection of seizure liability

| ApconiX

What are the common predicted toxicities from target safety assessments?

invitro2 | ApconiX

Initial testing of an ion channel panel for early in vitro detection of seizure liability

combinedinvitro | ApconiX

A combined in vitro approach for early seizure prediction utilising human derived induced pluripotent stem cells and human ion channel assays

homolohous | ApconiX

Comparison of cross-species homologous drug targets to support Target safety Assessments

invitro2 | ApconiX

Initial testing of an ion channel panel for early in vitro detection of seizure liability

combinedinvitro | ApconiX

A combined in vitro approach for early seizure prediction utilising human derived induced pluripotent stem cells and human ion channel assays

homolohous | ApconiX

Comparison of cross-species homologous drug targets to support Target safety Assessments

stemcells | ApconiX

Are stem-cell cardiomyocytes a viable cellular reagent for automated patch-clamp?

collaboration competition | ApconiX

Collaboration, Competition and Publication in Toxicology Views of the BTS

electro | ApconiX

Electrophysiological Analysis of Seroquel’s Activity in Sodium Ion Channels CiPAion channels and hiPSC neuronal cells

stemcells | ApconiX

Are stem-cell cardiomyocytes a viable cellular reagent for automated patch-clamp?

collaboration competition | ApconiX

Collaboration, Competition and Publication in Toxicology Views of the BTS

electro | ApconiX

Electrophysiological Analysis of Seroquel’s Activity in Sodium Ion Channels CiPAion channels and hiPSC neuronal cells

tox risk | ApconiX

Evaluation of the Toxicological Risk of targeting FRS (Phenylalanyl-tRNA Synthetase) in the Treatment of Malaria

cipa | ApconiX

Incorporating the CiPA paradigm into an integrated cardiac risk assessment

sodiumchannel | ApconiX

Sodium channel selectivity of three anti-epileptic drugs

tox risk | ApconiX

Evaluation of the Toxicological Risk of targeting FRS (Phenylalanyl-tRNA Synthetase) in the Treatment of Malaria

cipa | ApconiX

Incorporating the CiPA paradigm into an integrated cardiac risk assessment

sodiumchannel | ApconiX

Sodium channel selectivity of three anti-epileptic drugs

tsa poster | ApconiX

Target safety assessments and their role in de-risking drug discovery NaV1.7 as an example

cipaprofile | ApconiX

The CiPA Profile of Two Adenosine Uptake Inhibitors dilazep and dipyridamole

tsa poster | ApconiX

Target safety assessments and their role in de-risking drug discovery NaV1.7 as an example

cipaprofile | ApconiX

The CiPA Profile of Two Adenosine Uptake Inhibitors dilazep and dipyridamole

postervid1 scaled | ApconiX

SOT Bladder Lesion Poster

postervid1 scaled | ApconiX

SOT Bladder Lesion to Poster Commentary

postervid2 scaled | ApconiX

SOT WTPS Poster 2021

postervid2 scaled | ApconiX

SOT WTPS to Poster Commentary 2021

postervid1 scaled | ApconiX

SOT Bladder Lesion Poster

postervid1 scaled | ApconiX

SOT Bladder Lesion to Poster Commentary

postervid2 scaled | ApconiX

SOT WTPS Poster 2021

postervid2 scaled | ApconiX

SOT WTPS to Poster Commentary 2021