In vitro characterisation and modulation of evolving epileptiform activity
@inproceedings{Codadu2018InVC,
title={In vitro characterisation and modulation of evolving epileptiform activity},
author={Neela K Codadu},
year={2018}
}Understanding the role of different neuronal populations in the evolution of epileptic activity remains a major goal for epilepsy research. Physiological neuronal networks may become hyperexcitable if they tip over some apparent threshold level of excitation, or below some threshold level of inhibition, although this process, termed ictogenesis is not understood. This hyperexcitable state of the network underlies the pathological condition of epilepsy. Clinical evidence suggests strongly that… CONTINUE READING
Figures and Tables from this paper
Figures and Tables
figure 2.1 
figure 2.2 
figure 3.1 
figure 3.10 
figure 3.11 
figure 3.12 
figure 3.2 
figure 3.3 
figure 3.4 
figure 3.5 
figure 3.6 
figure 3.7 
figure 3.8 
figure 3.9 
figure 4.1 
table 4.1 
figure 4.10 
figure 4.11 
figure 4.12 
figure 4.13 
figure 4.14 
figure 4.15 
figure 4.16 
figure 4.17 
figure 4.2 
table 4.2 
figure 4.3 
table 4.3 
figure 4.4 
table 4.4 
figure 4.5 
table 4.5 
figure 4.6 
table 4.6 
figure 4.7 
table 4.7 
figure 4.8 
table 4.8 
figure 4.9 
table 4.9 
figure 5.1 
table 5.1 
figure 5.10 
figure 5.2 
table 5.2 
figure 5.3 
figure 5.4 
figure 5.5 
figure 5.6 
figure 5.7 
figure 5.8 
figure 5.9 
figure 6.1 
table 6.1 
figure 6.2 
figure 6.3 
figure 6.4 
figure 6.5 
figure 6.6 
figure 6.7 
figure 7.1 
table 7.1 
figure 7.2 
table 7.2 
figure 7.3 
table 7.3 
figure 7.4 
figure 7.5 
figure 7.6 
figure 7.7 
figure 7.8 
figure 8.1 
table 8.1 
figure 8.2 
table 8.2 
table 8.3 
figure 8.3 
figure 8.4 
figure 8.5 
figure 8.6 
figure 8.7 
figure 9.1
References
SHOWING 1-10 OF 164 REFERENCES
Strategies for the Development of Drugs for Pharmacoresistant Epilepsies
- Psychology, Medicine
- Epilepsia
- 1994
- 58
The use of organotypic slice cultures for the study of epileptogenesis
- Medicine, Biology
- Neuropathology : official journal of the Japanese Society of Neuropathology
- 2013
- 7
Mechanisms underlying the neuropathological consequences of epileptic activity in the rat hippocampus in vitro
- Biology, Medicine
- The Journal of comparative neurology
- 1996
- 42
Seizure-like events in brain slices: suppression by interictal activity
- Medicine
- Brain Research
- 1987
- 132
Modulation of Immunity and the Inflammatory Response: A New Target for Treating Drug-resistant Epilepsy
- Medicine
- Current neuropharmacology
- 2013
- 31
- PDF
Network and pharmacological mechanisms leading to epileptiform synchronization in the limbic system in vitro
- Biology, Medicine
- Progress in Neurobiology
- 2002
- 398
- Highly Influential
KCC2 activity is critical in limiting the onset and severity of status epilepticus
- Biology, Medicine
- Proceedings of the National Academy of Sciences
- 2015
- 80
- PDF
Neuropeptide Y: emerging evidence for a functional role in seizure modulation
- Psychology, Medicine
- Trends in Neurosciences
- 1999
- 433