[denotes
undergraduate student; asterisk denotes graduate student *]
Hammond, W., Bradley, E., Welsh, R., Qian, J., Weisenerger, A., Smith,
M., Majewski, S., Saha,
M.S (2007). “A Gamma
Camera Re-evaluation
of Potassium Iodide Blocking Efficiency in Mice,” Health Physics, 92 (4), 396-406.
Sipe, C.W., Dondeti,
V.R., Saha, M.S., In silico Gene Selection for Custom Oligonucleotide
Microarray Design,”
Methods
in Molecular Biology, Humana Press, in press.
Sipe, C.W. and Saha, M.S., The
use of Microarray Technology in Non-Mammalian
Vertebrate Species,”
Methods
in Molecular Biology, Humana Press, in press.
Li,
M.*; Sipe, C.; Hoke,
K.; August, L.*; Wright, M., Saha, M. (2006).
“The Role of Early Lineage in GABAergic and Glutamatergic
Cell Fate Determination in Xenopus laevis," Journal
of Comparative Neurology, 495,
645-657.
Bradley,
E., Cella, J., Majewski,
S., Popov, V., Qian,
J., Saha, M.S., Smith, M., Weisenberger,
A.G., and Welsh, R.E.
(2006). “A
‘Mouse-Sized’
Gamma Camera for Biological Imaging”, IEEE, Trans. Nucl. Sci.,
53, 59-65.
Dondeti, V.R., Sipe,
C.W., and Saha, M.S.
(2004) A
Gene Selection Strategy for Custom Microarray Design,”
BioTechniques, 37(5):768-70, 772,
774-6.
Saha, M.S., Cox, E.A., and Sipe,
C.W. * (2004). Mechanisms
Regulating the Origins of the Vertebrate Vascular System.
Journal of
Cellular Biochemistry, 93, 46-56.
Sipe,
C.W.* , Gruber, E., and Saha,
M.S. (2004).A Short Upstream Region Drives Dynamic Expression of Hypoxia-
inducible
Factor 1[alpha] During Xenopus Development. Developmental
Dynamics 230, 229-238.
Gleason, K.K.* , Dondeti, V.R., Hsia, H.L., Cochran, E.R., Gumulak-Smith, J., and Saha,
M.S. (2003). The vesicular glutamate transporter 1 (xVGlut1) is expressed
in discrete regions of the developing Xenopus
laevis nervous system. Gene Expression
Patterns: A section of Mechanisms of Development, 3 (4), 503-507.
Saha, M.S., Bradley,
E.L., Brewer, P., Gleason, K.K.*, Kross, B., Majewski, S., Popov, V., Qian, J.*, Ranck, A.,
Smith, K., Weisenberger, A.G., Wojcik, R., and Welsh, R.E. (2003). Incorporation of a fluoroscopic X-Ray modality in a
small animal imaging system, IEEE Transactions on Nuclear Science 50 (3),333-338.
Weisenberger, A.G., Wojcik, R.,
Bradley, E.L., Brewer, P., Majewski, S., Qian, J.*, Ranck, A.,
Saha, M.S., Smith, K., Smith,
M.F., Welsh, R.E. (2003). SPECT-CT system for small animal imaging, IEEE Transactions on
Nuclear Science50 (1), 74-79.
Saha, M.S.
(2001). Encyclopedia article "Birth Control" in Biology for Students.
Whitford, K. L.,
Oakes, J.A., Scholnick, J., and Saha
M.S. (2000). Tissue-specific
developmental expression of OAX, a Xenopus repetitive element. Mechanisms
of Development 94, 209-212.
Mills,
K. Kruep,
D., and Saha, M. (1999). Elucidating the origins of the
vasculature: A fate map of vascular endothelial cells and red blood cell in X.
laevis, Developmental Biology 209, 352-368.
Weisenberger, A.G.*, Kross, B., Majewski, S., Wojcik, R.,
Bradley, E., and Saha, M.S. (1998). Design features and performance of a CsI(Na)
array based gamma camera for small animal gene research. IEEE
Transactions on Nuclear Science, 45(6), 3053-3058.
Weisenberger, A.G.*, Bradley, E., Majewski,
S., and Saha, M.S. (1998). Development of a novel radiation imaging
detector system for in vivo gene imaging in small animal
studies," IEEE Transactions on Nuclear Science 45, 1743-1749.
Ribeiro, W. and Saha, M. S.
(1998). "Quantitation
of DNA for Automated Sequencing, using the VersaFluor . Fluorometer," Bioradiations
(Technical Report).
Saha, M. S.
Invited review of "Development of Cardiovascular Systems: Molecules to
Organisms," in The Quarterly Review of
Biology (1998) 73, 506-507.
Scholnick, J., Oakes, J., *Sinor,
C., Outten, W. and Saha,
M.S. (1997). Differential expression of ribosomal protein
genes in Xenopus laevis. Biochimica et Biophysica
Acta 1354, 72-82.
Saha, M.S. Miles, R.R.*, and Grainger,
R.M. (1997). Dorsal-Ventral
patterning during neural induction in Xenopus:
assessment of spinal cord regionalization with
xHB9, a marker for the motor neuron region. Developmental
Biology 187, 209-223.
Weisenberger, A.G.*, Majewski,
S., Saha, M.S., and Bradley, E.L.
(1997). Coincident imaging
of I-125 for in vivo gene
imaging in small
animals. Nuclear Instruments and Methods in Physics Research, A 392, 299-303.
Drysdale, T., Patterson, K., Saha, M.S. And Krieg,
P. (1997). Retinoic acid can block differentiation of the myocardium
after heart specification. Developmental
Biology, 188, 205-215.
Cleaver, O., Tonissen,
K., Saha, M.S. ,
and Krieg, P. (1997). Neovascularization
of the Xenopus embryo.
Developmental
Dynamics, 210, 6677.
Saha, M.S.
(1997). Illustrations of inductive phenomena in Textbook
of Tissue Engineering, pp. 67-78, ed. R. P. Lanza.
R.G. Landes Company,
Publisher.
Weisenberger,
A.G.*, Bradley, E., Majewski, and Saha, M.S. (1997). A CsI(Na) based radiation detector for high
resolution imaging studies using iodine
125 in small animal research. Proceedings of SPIE,
3115, 254-262.
Scholnick, J. and Saha,
M.S. (1996). "The use of pellet paint
as a co-precipitant in the ribonuclease
protection assay,"
(technical report). Innovations
Newsletter (technical report for Novagen).
August, 1996, No.5., p. 11.
Weisenberger, A.G.*, Majewski, S., Mehrotra, S., Popov, V. and Saha,
M.S. (1995). "Investigation into the use of position sensitive
photomultiplier tubes for beta radiography," in Conference Record of
the 1994 Nuclear Science Symposium and Medical Imaging Conference,
Vol. 1, pp. 351-355.
Smolich, B.D., Tarkington,
S.K., Saha, M.S., and Grainger, R.M.
(1994). Xenopus
gamma-crystallin gene
expression: evidence that the gamma crystallin gene family is transcribed in lens and non-lens
tissues. Cellular and
Molecular Biology
14, 1355-63.
Saha, M.S.
and Grainger, R.M. (1993). A Xenopus homeobox gene
defines dorsal-ventral domains in the embryonic
forebrain. Development 118, 193-202.
Smolich, B., S. Tarkington, S.K., Saha, M.S., Stathakis,
D., and Grainger, R.M. (1993). Characterization
of Xenopus laevis
gamma-crystallin-encoding
genes. Gene 128, 189-195.
Saha, M. S. and R. Grainger. (1993). Opsin
expression precedes photoreceptor differentiation in Xenopus.
Molecular Brain Research 17, 307-318.
Gonzalez-Fernandez, F.,
Kittredge, K.K., Rayborn, M.E., Hollyfield, J., Landers,
J., Saha, M.S. and
Grainger, R.M. (1993).
IRBP, a major glycoprotein in the interphotoreceptor matrix of Xenopus. J. Cell Science 105, 7-21.
Grainger, R.M., Henry,
J.J., Saha, M.S., and Servetnick, M. (1992). Recent progress on the mechanisms of
embryonic lens formation. Eye 6, 117-122.
Saha, M.S. and R. Grainger. (1992). A labile period in the
determination of the anterior-posterior axis during early neural
development in Xenopus.
Neuron 8, 1003-1014.
Saha, M.S. , Servetnick, M. and Grainger, R.M.. (1992).
Vertebrate eye development. Current Opinion in
Genetics and Development. 2, 582-588.
Saha, M. S. (1991).
Spemann
seen through a lens, in A Conceptual History of Induction. Ed. S.
Gilbert. New York,
Plenum, pp. 91-108.
Saha, M.S., C. Spann, and R.M. Grainger. (1989). Embryonic lens
induction: more than meets the optic vesicle. Cell
Differentiation and Development 28, 153-172.
Saha, M.S.
(1981). The Carl Correns Papers ,
The Mendel Newsletter 1, 1-6.