Mouse lung
F. Obeid / Gavish Lab
Mouse aorta
S. Huleihel / BCF
Mouse abdomen computed tomography
Y. Ben-Shahar / I. Sukhotnik Lab
Lung cilia cell
J. Sznitman Lab
HeLa cells
S. Olzakier / S. Berlin's Lab
HEK cells
S. Olzakier / S. Berlin's Lab
Mouse liver of ApoE knockout mouse
S. Kinaneh / Z. Abassi's Lab
Rat brain
H. Ene / D. Ben Shachar's Lab
Organotypic growth of gastric cancer with mesenchymal stem cells
M. Tzukerman
Quail head
Y. Gutfreund
HeLa cells
S. Kellner / S. Berlin's Lab
Frontal section of stage 16 chick embryo
T. Schultheiss Lab
Immunogold labeling in mitochondria
S. Engelender Lab
Bone Implant
MIS Implants
Mouse intestine
N. Ilan / Vlodavsky Lab
Mouse heart
Y. Lewis / I. Kehat Lab
Mouse heart
R. Kalfon / Aronheim Lab
Teratoma
M. Tzuckerman
Owl head
Y. Gutfreund
Bacteria, forming microcolonies and communicating
S. Lin Lab
Fibroblast
P. Hasson Lab
Rat heart
Y. Lewis I. Kehat Lab
Rabbit maxilla, Trichrome staining
T. Tamari / D. Aizenbud Lab
Embryonic fibroblast ECM (L) and gold labelled fibronectin (R)
P. Hasson Lab
Bone Implant
MIS Implants
Mouse brain frozen slice
O. Rechnitz / Derdikman Lab
Mouse brain
O. Rechnitz / Derdikman Lab
Bone Implant
MIS Implants
Chick embryo slice
T. Schultheiss Lab
Drosophila larval brain
B. Shklyar & Y. Selmann / E. Kurant Lab
Mouse forelimb at E13.5
H. Grunwald / P. Hasson's Lab
Mouse breast cancer cells
Y. Barbarov / A. Aronheim's Lab
Bone Implant
MIS Implants
Mouse forearm section
L. Rotbord / P. Hasson's Lab
Mouse gastrocnemius
Ravit Gabay / Peleg Hasson Lab
Binding of bHLH proteins to chromosomes
A. Orian's Lab
Blood Vessel
R. Coleman / Histology course e-learning
Bone
R. Coleman / Histology course e-learning
Image Pro Premier modelization - Calvaria
G. Michaeli–Geller & T. Bick / H. Zigdon–Giladi Lab
Bacteria, forming microcolonies and communicating
S. Lin Lab
Cardiomyocyte calcium
L. Gepstein
Mouse whole head section
R. Coleman / Histology course e-learning
Drosophila polytene chromosomes
A. Oryan's Lab
Wound healing
E. Prinz / A. Aronheim Lab
Drosophila embryo
A. Oryan's Lab
HeLa cell proliferation assay
I. Livneh / A. Ciechanover Lab
Drosophila embryo
A. Oryan's Lab
Mouse heart
R. Kalfon / A. Aronheim's Lab
Bacteria, forming microcolonies and communicating
S. Lin Lab
Drosophila embryo
A. Salzberg's Lab
Drosophila Oogenesis
A. Oryan's Lab
Pulmonary cells
E. Suss-Toby / BCF
Changes in nuclear structure
S. Engelender Lab
Rat cardiomyocytes
G. Douvdevany / I. Kehat's Lab
HELA cells
D. Lapid / A. Ciechanover's Lab
Heparanase staining in primary HSC
O. Ohayon / G. Spira's Lab
Imaris cell - Human cardiomyocyte derived from IPS
I. Budniatzky / L. Gepstein Lab
Imaris modelization - Mouse neuromuscular junction NMJ
S. Golko / M. Youdim Lab
Imaris modelization - Mouse isolated cardiomyocytes
L. Koren / A. Aronheim Lab
Drosophila flight muscle tissue
A. Salzberg Lab
Human cardiocyte derived from induced pluripotent stem cells
I. Budniatzky / L. Gepstein Lab
Stem cell-derived cardiomyocytes
I. Huber / L. Gepstein's Lab
Mouse brain coronal cortex slice
I. Dolgopyat / I. Kahn Lab
JNK binding protein overexpression
T. Bershitsky / A. Aharonheim's Lab
293T cells
T. Bershitsky / A. Aronheim's Lab
Mitochondria
T. Schultheiss Lab
Drosophila brain
K. Mishnaevski / E. Kurant Lab
Mouse cardiac cells
L. Koren / A. Aronheim's Lab
Wound healing analysis by Image Pro Premier
Y. Barbarov / A. Aronheim Lab
Heparanase transfected podocytes
E. Axelman / S. Assady Lab
Mouse cardiomyocytes
L. Koren / A. Aronheim Lab
P0 Lox mutant mouse forearm section
L. Rotbord / P. Hasson Lab
E16.5 mouse forelimb
L. Kutchuk / P. Hasson Lab
Luciferase expression in breast cancer cells
M. Tzukerman
Luciferase expression in breast cancer cell clones
M. Tzukerman
Mitochondrial network alterations
M. Rosenfeld / D. Ben-Shachar's Lab
Rat primary cortical neurons
M. Blumkin / J. Finberg's Lab
Mouse adrenal
A. Avrahami / PCRA
Mouse pulmonary artery (PA) PW Doppler
M. Schlesinger / PCRA, E. Suss-Toby / BCF
Mouse cardiac short axis - papillary muscle
M. Schlesinger / PCRA, E. Suss-Toby / BCF
Tumor in lung
E. Prinz / A. Aronheim's lab
Mouse heart section
R. Kalfon / A. Aronheim's lab
Bacteriophage
S. Avrani Lab
Mouse brain section
R. Uzan / J. Finberg's lab
Axonal tracing of live mouse
D. Abuamneh / I. Kahn's lab
Mouse duodenum
A. Avrahami / PCRA
Rat brain
M. Blumkin / J. Finberg's Lab
Quail embryo tissue including aorta
J. Jadon / T. Schultheiss Lab
Mouse kidney
A. Avrahami / PCRA
Mouse limb section
R. Coleman / Histology course e-learning
Neonatal rat ventricular myocytes
I. Spiegel / O. Binah's Lab
Synapse
H. Wolosker Lab
Drosophila pupal brain
O. Rogovoy / E. Kurant Lab
Mouse embryo
O. Kraft / P. Hasson Lab
Protein photo activation
Y. Lewis / I. Kehat Lab
Rat hepatic stellate cells
M. Gurewitz / G. Spira's Lab
Rat hepatic stellate cells
M. Gurewitz / G. Spira's Lab
Bacteria
S. Lin Lab
Rat retina
R. Heinrich / I. Perlman's Lab
Rat cardiac myocytes
Y. Lewis / I. Kehat's Lab
Mouse Mvt1 mammary tumor cells on FVB/N background
S. Ben-Shmuel / D. LeRoith Lab
Imaris modelization - 293T cells
S. Aviram / A. Aronheim Lab
Tubulin network in fibroblasts
J. Alter / E. Bengal Lab
Mouse retina
R. Hertz / I. Perlman's Lab
Drosophila larva
E. Preger-Ben Noon
U2OS cell Arsenite stress
T. Bershitsky / A. Aronheim's Lab
U2OS cell mitosis centrosomes
T. Bershitsky / A. Aronheim's Lab
Mouse Heart
I. Vlodavsky Lab
U2OS cells in oxidative stress
T. Bershitsky / A. Aronheim's Lab
ER Labeling
R. Palty Lab
Imaris modelization - K989 murine pancreatic cancer cells
Y. Binenbaum / G. Ziv Lab
Imaris modelization - K989 murine pancreatic cancer cells
Y. Binenbaum / G. Ziv Lab
Rat Brain Tumor
H. Ziso/ BCF and M. Shoham's Lab
Neonatal rat cardiomyocytes
Y. Lewis / I. Kehat's lab
Bone Implant
MIS Implants
Spine Tumor
H. Ziso/ BCF and Y. Shaked's Lab
Fibroblast
L. Shaulov / BCF
Drosophila larva
E. Preger-Ben Noon
Bone implant
MIS Implants
Drosophila live embryo, stage 16
B. Shklyar / E. Kurant's Lab
Imaris modelization - cardiocyte
Y. Lewis / I. Kehat Lab
ER Labeling
R. Palty Lab
Mouse lung
F. Obeid / Gavish Lab
The BCF Imaging Center offers access to state-of-the-art technologies enabling histological preparation, visualization, digitization, and image analysis spanning from subcellular resolution up to in-vivo small animal imaging studies.
We provide comprehensive services that include extensive technology implementation and training for image acquisition and analysis.
We support researchers from a variety of life science fields, such as cancer, angiogenesis & vascularization, stem cells, development, neuroscience, brain & behavioral research, atherosclerosis, cardiac research and more in the Faculty of Medicine and outside.
We also deliver annual workshops and courses for training and education and regularly host presentations on new technologies.
- The In-Vivo Imaging unit, led by Galit Saar, PhD in Chemistry from Tel Aviv University, with a focus on development and use of MRI techniques for the study of connective tissues. Previously Galit was a postdoctoral fellow and a research scientist at NINDS, NIH and specialized in MRI and PET imaging of the brain and other organs in the body. The unit houses optical imaging systems for luminance and fluorescence high throughput imaging, a micro ultrasound, a micro-CT and 1T and 9.4T MRI scanners for anatomical and functional studies.
- The Cellular Microscopy unit, led by Maya Holdengreber. Maya has been with the BCF since 2008, and as an Advanced Imaging and Analysis Applications Specialist for the past eight years. The unit offers laser scanning confocal systems including Airyscan super-resolution, high throughput time-lapse and virtual widefield microscopy systems for subcellular, co-culture, 3D, whole organ slice and ex-vivo preparations. We have recently purchased an Abbelight Single Molecule Localization Microscope.
- The Biological Electron Microscopy unit, led by Lihi Shaulov, PhD in Biology from the Technion. Lihi joined the BCF team in 2017 to establish the Electron Microscopy Unit. We offer specimen preparation for ultrastructure studies, immunolabelling, classical surface rendering and acquisition services of scanning and transmission electron microscopy imaging. We have an operational Talos L120C transmission electron microscope at the faculty.
- Image Analysis: Our team was recently enhanced by Ariel Shemesh, PhD, formerly a physicist at BioRad, Elbit Systems, and Philips Medical Systems where he was part of teams that developed various electro-optical products. Ariel has a background in optics, electro-optics, signal, and image processing. We provide a wide variety of image analysis and visualization tools and we assist in the establishment of data analysis protocols.
- The Histology Services Laboratory, led by Katren Sakran, offers sectioning of frozen tissue and tissue embedded in paraffin and a host of histological staining techniques and we are open to implementation of new techniques.