Undesired changes caused by long term estrogen treatment in the immunoreactivity of LH, FSH, PRL, ACTH and S-100 (present in folliculostellate cells) is modified by concomitant pro...

Heinzlmann Andrea, Kovács Magdolna, Köves Katalin
2007

Usefulness of fluorescent proteins gfp, dsred and fruit fluorescent proteins identifying multisynaptic neuronal chains. history and our own experience /

Csáki Ágnes, Boldogkői Zsolt, Szabó Enikő, Köves Katalin
2017

Identification of autonomic neuronal chains innervating gingiva and lip

Vasziné Szabó Enikő, Csáki Ágnes, Boldogkői Zsolt, Tóth Zsuzsanna, Köves Katalin
2015

The Same Magnocellular Neurons Send Axon Collaterals to the Posterior Pituitary and Retina or to the Posterior Pituitary and Autonomic Preganglionic Centers of the Eye in Rats

Csáki Ágnes, Köves Katalin, Boldogkői Zsolt, Tombácz Dóra, Tóth Zsuzsanna E.
2021

Is a neuronal chain between the pineal body and the retina in rats and hamsters? Transneural tracing studies

Csáki Ágnes, Vigh Béla, Boldogkői Zsolt, Vereczki Viktória, Szél Ágoston, Köves Katalin
2015

Ontogenesis of the pinealo-retinal neuronal connection in albino rats

Csáki Ágnes, Vereczki Viktória, Lukáts Ákos, Boldogkői Zsolt, Sebestyén Anna, Puskár Zita, Köves Katalin
2017

Hypothalamic Neuropeptides in the Autonomic Innervation of Gingiva and Lip

Vasziné Szabó Enikő, Köves Katalin, Boldogkői Zsolt, Csáki Ágnes, Lohinai Zsolt, Tóth Zsuzsanna, Ciofi Philippe
2016

Secretin attenuates the hereditary repetitive hyperactive movements in a mouse model

Köves Katalin, Kiss Gusztáv, Heinzlmann Andrea, Dochnal Roberta, Manczinger Máté, Pál Ágnes, Sipos Ildikó, Szabó Gyula
2011

Pinealocytes can not transport neurotropic viruses. Pinealo-to-retinal connection in prepubertal rats originates from pineal neurons Light and electron microscopic immunohistochemi...

Csáki Ágnes, Köves Katalin, L. Kiss Anna, Röhlich Pál, Boldogkői Zsolt, Vereczki Viktória, Puskár Zita, Tombácz Dóra, Csabai Zsolt
2021

Intranasal application of secretin, similarly to intracerebroventricular administration, influences the motor behavior of mice probably through specific receptors

Heinzlmann Andrea, Kiss Gusztáv, Tóth Zsuzsanna, Dochnal Roberta, Pál Ágnes, Sipos Ildikó, Manczinger Máté, Szabó Gyula, Hashimoto Hitoshi, Köves Katalin
2012