-transparent.png){kind=logo}
Formation of spatial and nonspatial memory in different condensed versions of short-term learning in Morris water maze. 2014
Department of Systemogenesis, P. K. Anokhin Research Institute of Normal Physiology, Russian Academy of Medical Sciences, Moscow, Russia, marina.zots@gmail.com.
We studied the formation of spatial and nonspatial memory in mice during learning in three different condensed versions of Morris water maze task. Learning in combined version caused the formation of both spatial and nonspatial memory, whereas learning in condensed versions (spatial and nonspatial) led to memory formation specific for the version.
Related Publications
M A Zots, and
O I Ivashkina, and
A A Ivanova, and
K V Anokhin
December 2007,
CSH protocols,
M A Zots, and
O I Ivashkina, and
A A Ivanova, and
K V Anokhin
July 2002,
Behavioural brain research,
M A Zots, and
O I Ivashkina, and
A A Ivanova, and
K V Anokhin
January 2006,
Nature protocols,
M A Zots, and
O I Ivashkina, and
A A Ivanova, and
K V Anokhin
March 2017,
Neurobiology of learning and memory,
M A Zots, and
O I Ivashkina, and
A A Ivanova, and
K V Anokhin
January 2015,
PloS one,
M A Zots, and
O I Ivashkina, and
A A Ivanova, and
K V Anokhin
August 2022,
Experimental animals,
M A Zots, and
O I Ivashkina, and
A A Ivanova, and
K V Anokhin
January 2013,
Neuropharmacology,
M A Zots, and
O I Ivashkina, and
A A Ivanova, and
K V Anokhin
May 2004,
Current protocols in neuroscience,
M A Zots, and
O I Ivashkina, and
A A Ivanova, and
K V Anokhin
February 2017,
Acta neuropsychiatrica,
M A Zots, and
O I Ivashkina, and
A A Ivanova, and
K V Anokhin
June 2008,
Neuroscience,
