Schwarz,
JM and Bilbo, SD.(2011)
The Immune System
and the Developing Brain.McCarthy’s The Developing
Brain Series.Morgan
&
Claypool Life Sciences.
Bilbo,
SD. (2011) How cytokines leave their mark: The
role of the placenta in
developmental programming of brain and
behavior.Brain, Behavior, & Immunity, 25(4):
602-3.Invited
Commentary
Peer-Reviewed Publications:
Schwarz, JM
&
Bilbo SD. (2012)
Sex, Glia, and
Development: Potential Interactions in Health
and Disease. Hormones and Behavior, in press.
Williamson, LL, Chao, A,
& Bilbo SD.(2012)
Environmental
enrichment alters glial antigen expression and
neuroimmune function in
the
adult rat hippocampus.Brain,
Behavior, and Immunity, in press.
Schwarz,
JM, Sholar, P, &
Bilbo SD. (2012)
Sex
differences in microglial
colonization and gene expression of the
developing rat brain. Journal of
Neurochemistry, in press.
Schwarz, JM,
Hutchinson, MR, & Bilbo
SD.(2011) Early-life
experience decreases
reinstatement of morphine CPP in adulthood via
microglial-specific
epigenetic programming of anti-inflammatory
IL-10 expression.Journal
of Neuroscience, 31(49): 17835-47.
Bilbo,
SD, Smith, SH, Schwarz, JM. (2011) A lifespan
approach to neuroinflammatory
and cognitive disorders:A critical role
for glia.Journal of
Neuroimmune Pharmacology, in press.
Williamson,
LL, Sholar, PW, Mistry RS, Smith, SH, and
Bilbo, SD.(2011)
Microglia and memory: modulation by
early-life infection. Journal of
Neuroscience, 31(43):
15511-21.
Bilbo,
SD, Wray, G, Perkins, SE, & Parker, W.(2011)
Reconstitution of the human biome as the most
reasonable solution for
epidemics of allergic and autoimmune diseases.Medical
Hypotheses, 77(4); 494-504.
Schwarz,
JM, & Bilbo SD. (2011) LPS
elicits
a much larger and broader inflammatory
response than E. coli infection
within the brains of neonatal rats.Neuroscience Letters, 497(2);
110-115.
Bilbo, SD. (2010) Early-life
infection is a vulnerability factor for
aging-related immune changes
and cognitive decline.Neurobiology
of Learning & Memory, 94(1); 57-64.
Bland, ST,
Beckley JT, Watkins LR, Maier
SF, & Bilbo SD. (2010) Neonatal E. coli infection alters
glial, cytokine, and neuronal
gene expression in response to acute
amphetamine in adolescent rats.Neuroscience Letters, 474(1);
52-57.
Bilbo,
SD &
Tsang,
V. (2010) Enduring consequences of maternal
obesity for brain
inflammation and behavior of offspring.TheFASEB J, 24(6); 2104-15.
Bland,
ST, Beckley JT, Young S, Tsang V, Watkins LR,
Maier SF, & Bilbo SD.
(2010) Enduring consequences of early-life
infection on glial and
neural cell genesis within cognitive regions
of the brain.Brain, Behavior, & Immunity, 24,
329-338.
Bilbo,
SD,
Wieseler, J, Barrientos,
RM, Watkins, LR, & Maier, SF. (2010)
Neonatal bacterial infection
alters fever to live and simulated infections
in adulthood. Psychoneuroendocrinology,
35, 369-381.
Bilbo,
SD &
Schwarz,
JM. (2009) Early-Life
Programming of Later-Life Brain and Behavior:
A
Critical Role for the Immune System.Frontiers
in Behavioral Neuroscience, 3, 14,
1-14.
Bilbo,
SD,
Yirmiya, R, Amat, J, Paul, ED,
Watkins, LR, & Maier, SF.(2008)
Bacterial infection early in life protects
against stressor-induced
depressive-like symptoms in adult rats.Psychoneuroendocrinology,
33, 261-269.
Bilbo,
SD, Barrientos, RM, Eads,
A, Northcutt, A, Watkins, LR, Rudy, JR, &
Maier, SF. (2008)
Early-life infection leads to altered BDNF and
IL-1 mRNA expression in
rat hippocampus following contextual learning
in adulthood. Brain, Behavior, and Immunity, 22, 451-455.
Zala, SM, Chan, B, Bilbo, SD, Potts, WK,
Nelson, RJ, &
Penn, DJ.(2008)
Genetic resistance to
infection influences a male's sexual
attractiveness and modulation of
testosterone. Brain, Behavior,
and Immunity, 22, 381-387.
Bowers, SL,
Bilbo, SD, Dhabhar, FS,
& Nelson, RJ. (2008) Stressor specific
alterations in
corticosterone and immune function in mice. Brain,
Behavior, and Immunity, 22, 105-113.
Bilbo,
SD,
Newsum, NJ, Sprunger,
DB, Watkins, LR, Rudy, JW, & Maier,
SF. (2007) Differential
effects of neonatal handling on
early life infection-induced alterations in
cognition in adulthood. Brain,
Behavior, and Immunity 21, 332-342.
Bilbo, SD, Rudy, JW,
Watkins, LR, & Maier,
SF. (2006) A behavioral characterization
of neonatal
infection-facilitated memory impairment in
adult rats. Behavioural
Brain Research, 169, 39-47.
Bilbo, SD, Biedenkapp,
JC, Der-Avakian, A,
Watkins, LR, Rudy, JW, & Maier, SF.
(2005) Neonatal
infection-induced memory impairment following
lipopolysaccharide in
adulthood is prevented via caspase-1
inhibition. The
Journal of Neuroscience, 25,
8000-8009.
Bilbo, SD, Levkoff, LH,
Mahoney, JH, Watkins, LR,
Rudy, JR, & Maier, SF. (2005) Neonatal
infection induces memory
impairments following an immune challenge in
adulthood. Behavioral
Neuroscience, 119, 293-301.
Prendergast, BJ,
Bilbo, SD, Nelson,
RJ. (2005) Short day lengths enhance
skin immune responses in
gonadectomized Siberian hamsters. Journal of
Neuroendocrinology, 17, 18-21.
Neigh,
GN, Glasper, EL,
Bilbo, SD, Traystman, RJ, & DeVries,
AC. (2005) Cardiac
arrest/ cardiopulmonary resuscitation augments
cell-mediated immune
function and transiently suppresses humoral
immune function. J of Cerebral
Blood Flow & Metabolism, 25,
1424-32.
Prendergast, BJ,
Bilbo, SD & Nelson,
RJ. (2004) Photoperiod controls the
induction, retention and
retrieval of antigen-specific immunological
memory. American
Journal of Physiology, 286,
R54-60.
Bilbo, SD & Nelson,
RJ. (2004) Photoperiod
influences the effects of exercise and food
restriction on an
antigen-specific immune response in Siberian
hamsters. Endocrinology,
145, 556-564.
Prendergast, BJ,
Hotchkiss, AH, Bilbo,
SD & Nelson, RJ. (2004) Peripubertal
immune challenges
attenuate reproductive development in male
Siberian hamsters. Biology
of Reproduction, 70, 813-820.
Prendergast, BJ,
Bilbo, SD, Dhabhar, FS
& Nelson, RJ. (2004) Effects of
photoperiod history on immune
responses to intermediate day lengths in
Siberian hamsters (Phodopus
sungorus). Journal of
Neuroimmunology, 149,
31-39.
Bilbo, SD, Hotchkiss, AH,
Chiavegatto, S, &
Nelson, RJ. (2003) Blunted stress responses in
delayed type
hypersensitivity in mice lacking the neuronal
isoform of nitric oxide
synthase. Journal of
Neuroimmunology, 140,
41-48.
Bilbo, SD, Quan, N,
Prendergast, BJ, Bowers, SL,
& Nelson, RJ. (2003) Photoperiod
alters the time course of
brain cyclooxygynase-2 expression in Siberian
hamsters. Journal of
Neuroendocrinology, 15,
958-964.
Bilbo, SD, Dhabhar, FS,
Viswanathan, K, Light, A
& Nelson, RJ. (2003) Photoperiod
affects the expression of
sex and species differences in leukocyte
number and leukocyte
trafficking of congeneric hamsters. Psychoneuroendocrinology,
28, 1027-1043.
Bilbo, SD & Nelson,
RJ. (2003) Sex
differences in photoperiodic and
stress-induced enhancement of immune
function in Siberian hamsters. Brain, Behavior, and
Immunity, 17, 462-472.
Prendergast, BJ,
Hotchkiss, AH, Bilbo,
SD, Kinsey, SG & Nelson, RJ. (2003)
Photoperiodic adjustments in
immune function protect Siberian hamsters from
lethal
endotoxemia. Journal of
Biological Rhythms, 18,
51-62.
Bilbo, SD, Drazen, DL,
Quan, N, He, L &
Nelson, RJ. (2002). Short day lengths
attenuate the symptoms of
infection in Siberian hamsters. Proceedings of the
Royal Society of London B, Biological
Sciences, 269,
447-454.
Bilbo, SD, Dhabhar, FS,
Viswanathan, K, Saul, A,
Yellon, SM & Nelson, RJ. (2002). Short day
lengths augment
stress-induced leukocyte trafficking and
stress-induced enhancement of
skin immune function. Proceedings
of the National
Academy of Sciences, 99,
4067-4072.
Bilbo, SD & Nelson,
RJ. (2002).
Melatonin regulates energy balance and
attenuates fever in Siberian
hamsters. Endocrinology,
143,
2527-2533.
Bilbo, SD & Nelson, RJ.
(2001). Sex steroid hormones enhance
immune function in male and
female Siberian hamsters. American
Journal of
Physiology, 280, R207-213.
Bilbo, SD & Nelson,
RJ. (2001).
Behavioral phenotyping of transgenic and
knockout animals: A cautionary
tale. Lab Animal, 30,
24-29.
Drazen, DL,
Bilu, D, Bilbo, SD &
Nelson, RJ. (2001). Melatonin
enhancement of splenocyte
proliferation is attenuated in mice by
luzindole, a melatonin receptor
antagonist. American Journal of
Physiology, 280,
R1476-1482.
Bilbo, SD, Day, LB, &
Wilczynski, W.
(2000). Anticholinergic effects in frogs
in a Morris water maze
analog. Physiology
& Behavior, 69,
351-357.