MR tractography predicts visual ﬁeld defects following temporal lobe resection

MR tractography predicts visual ﬁeld defects following temporal lobe resection. Powell, H. W, Parker, G. J, Alexander, D. C, Symms, M. R, Boulby, P. A, Wheeler-Kingshott, C. A, Barker, G. J, Koepp, M. J, & Duncan, J. S Neurology, 65(4):596–9, 2005.

Paper abstract bibtex

A superior homonymous quadrantanopia is a well recognized complication of anterior temporal lobe resection and occurs because of disruption of the Meyer loop, the anterior part of the optic radiation. The authors used diﬀusion tensor imaging tractography to visualize the optic radiation before and after surgery, demonstrating the disruption of Meyer loop in a patient who developed a quadrantanopia. Preoperative imaging of the optic radiation will be useful in predicting visual ﬁeld defects following temporal lobe resection.

@article{powell_mr_2005,
	title = {{MR} tractography predicts visual ﬁeld defects following temporal lobe resection},
	volume = {65},
	url = {http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=PubMed&dopt=Citation&list_uids=16116123},
	abstract = {A superior homonymous quadrantanopia is a well recognized complication of anterior temporal lobe resection and occurs because of disruption of the Meyer loop, the anterior part of the optic radiation. The authors used diﬀusion tensor imaging tractography to visualize the optic radiation before and after surgery, demonstrating the disruption of Meyer loop in a patient who developed a quadrantanopia. Preoperative imaging of the optic radiation will be useful in predicting visual ﬁeld defects following temporal lobe resection.},
	number = {4},
	journal = {Neurology},
	author = {Powell, H. W and Parker, G. J and Alexander, D. C and Symms, M. R and Boulby, P. A and Wheeler-Kingshott, C. A and Barker, G. J and Koepp, M. J and Duncan, J. S},
	year = {2005},
	pages = {596--9},
}

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