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SIVB General Cytology Films
SIVB General Cytology Film Collection
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Description Key
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| VHS=1/2" Video Cassette |
BW=Black & White |
C =Color |
| Silent =Without Audio |
Sound=With Audio |
## Running time in minutes |
GENERAL CYTOLOGY
| Film# |
Title |
Author(s) |
Description
(please refer to key) |
| 101 |
Anatomy of the Cell |
M. Bessis |
B/W-Sound-20 |
| |
Obtained through the courtesy of Squibb Visual
Aids. Time lapse sequences of living cells. Electron micrographs of cell
membranes, mitochondria, nuclei, nucleoli, centrosomes, Golgi complexes,
endoplasmic reticulum (rough and smooth) and cilia. (Phase & Electron
Optics) |
| 102 |
Modification Experimentales du Chondriome |
M. Chevremont and J. Frederic |
VHS or B/W-Silent-17 |
| |
Normal behavior of mitochondria in cultured
chick fibroblasts and their reactions to detergents. (Phase Optics) |
| 103 |
Les Chondriosomes |
M. Chevremont and J. Frederic |
VHS or B/W-Silent-17 |
| |
Excellent sequences in mitochondrial behavior
in cultures of chick fibroblasts. (Phase Optics) |
| 104 |
Darkground Illumination of the Chick Fibroblast |
R. G. Canti |
VHS or B/W-Silent-6 |
| |
Reprint of one of the earliest time-lapse studies
of chick fibroblasts. Mitochondrial activity well visualized. (Dark-Field
Optics) |
| 105 |
Chick Embryo Thyroid Epithelium in Culture |
G. G. Rose |
C-Silent*-11 |
| |
Demonstrations of thyroid cultures are examined
with an interference microscope shearing system.*This film has only a
single perforation after the lead in strip and although silent, must be
projected as though for sound. (Interference Optics) |
| 106 |
Aspects of Wound Healing |
C. M. Pomerat |
B/W-Sound-14 |
| |
Origin, preparation and photography of wound
healing cells. Migration and membrane activity of wound healing cells
in vitro are also shown. (Phase Optics) |
| 107 |
Mammalian Cell Dynamics In Vitro |
G. G. Rose |
VHS or C-Silent-75 |
| |
Vertebrate cells in multipurpose culture chambers
showing pinocytosis, reciprocating membrane activity, mosaic cells, fat
droplet fusion, Golgi complex emanations, nuclear rotation, nuclear folds,
intranuclear inclusions, nuclear activity, mitosis and biological crystals
and particles. (Phase/Interference Optics) |
| 108 |
Emperipolesis: Activities of Lymphocytes
Inside Fibroblasts |
A. E. Moore and J. Hlinka* |
VHS or B/W-Silent-17 |
| |
Lymphocytes entering and leaving fibroblasts;
interplay with fibroblast cytoplasm and nucleus. A script accompanies
this film.*Authors recommend projection be slower than 16 frames per second
if possible. (Phase Optics) |
| 109 |
Phagocytosis |
H. B. Fell |
VHS or B/W-Silent-8 |
| |
Low and high power sequences of chick lung macrophages
illustrating phagocytic activity toward acid fast bacteria. (Phase Optics) |
| 110 |
Pinocytosis |
W. H. Lewis |
VHS or B/W-Silent-12 |
| |
Classic demonstration of the cell during imbibition
from the surrounding medium. (Bright-Field Optics) |
| 111 |
Dividing Normal Adult Rat Fibroblasts In
Vitro |
W. H. Lewis |
VHS or B/W-Silent-6 |
| |
Time-lapse study of cell division of fibroblasts
in culture. (Bright-Field Optics) |
| 112 |
Mitosis in Newt Cells |
W. Bloom |
VHS or B/W-Silent-17 |
| |
Normal mitosis of newt cells in vitro. (Phase
Optics) |
| 113 |
Mitosis in Endosperm; Reel 1—Normal
Mitosis |
A. Bajer and M. Bajer |
VHS or B/W-Silent-17 |
| |
Beautiful demonstrations of chromosomal behavior
in dividing plant endosperm cells. (Phase Optics) |
| 114 |
Mitosis in Endosperm; Reel 2—Effect
of Beta Particles and of Colchicine Upon Mitosis |
A. Bajer and M. Bajer |
VHS or B/W-Silent-17 |
| |
This film illustrates plant mitossis under normal
and experimental conditions. The distribution of chromosomes during C-metaphase
is particularly well demonstrated. (Phase Optics) |
| 115 |
The Mechanism of Cell Division: Spermatogenesis
in the Grasshopper |
K. Michel and The Zeiss Co. |
VHS or B/W-Silent-29 |
| |
Illustrates nuclear and cytoplasmic details
during reductional and equational division during spermatogenesis in isolated
grasshopper testes. The film also covers morphogenesis of spermatocytes
into spermatids. (Phase Optics) |
| 117 |
Observations on Living Primordial Germ Cells
in the Mouse |
R. J. Blandau |
B/W-Sound-11 |
| |
Description of the morphology and movement of
epithelial cells, mesenchymal cells, macrophages and germ cells as photographed
from squashed preparations of hind gut tissues derived from mouse embryos.
(Phase Optics) |
| 118 |
Sperm Maturation in the Male Reproductive
Tract: Development of Motility |
R. J. Blandau |
(C-Sound-16) |
| |
With superior photographic quality this film
surveys the degree and type of movement of human spermatozoa derived from
various sites along the Vas deferens. (Phase Optics) |
| 119 |
Les Cellules |
|
VHS or B/W or C-Silent-23 |
| |
Illustrates a variety of cell types both in
vivo and in vitro. |
| A. |
Cellular activity at the blastopore during
amphibian gastrulation |
W. H. Lewis |
|
| B. |
Rat parathyroid cells in monolayer culture |
P. Gaillard |
|
| C. |
Dividing fibroblasts in tissue culture with
a tripolar mitosis |
W. H. Lewis |
|
| D. |
Pinocytosis of macrophages |
C. M. Pomerat |
|
| E. |
Lung tissue in culture |
R. Stevens |
|
| F. |
Cyclosis in Elodea |
C. M. Pomerat |
|
| |
(Phase/Bright-Field Optics) |
|
|
| 120 |
Early Development of Mammalian and Fish
Eggs |
|
B/W-Silent-21 |
| A. |
Early development of Rabbit Eggs |
W. H. Lewis and P. W. Gregory. |
|
| |
Sequences of zygote stage, and early cleavage
stages through the blastula stage. |
| B. |
Early development of Monkey Eggs |
W. H. Lewis and C. W. Hartman. |
|
| |
Sequences of the zygote stage through the 8
cell stage. |
| C. |
Development of the Zebra FIsh Egg |
W. H. Lewis and E. C. Roosen-Runge. |
|
| |
Sequences of fertilization, zygote stage, cleavage,
blastodisk formation, through hatching. (Phase/Bright-Field Optics) |
| 121 |
Cyclosis in Elodea |
C. M. Pomerat VHS or B/W-Silent-6) |
|
| |
Movement of organelles during cytoplasmic streaming
in Elodea. |
| 122 |
Dynamic Cytology of the Newt Lung (Tarisha) |
T. Seto and C. M. Pomerat |
B/W-Silent-29 |
| |
Primary culture of amphibian lung. Includes:
methods of lung extirpation, patterns of pulmonary circulation, use of
Rose chambers, initial epithelial migration from tissue culture explants,
pinocytosis, mitosis, membrane and mitochondrial activity. (Phase/Bright-Field
Optics) |
| 123 |
Zeiosis |
G. G. Rose |
VHS or C-Silent-17 |
| |
Chick embryo spleen cells, KB cells, human adult
bone marrow cells and HeLa cells exhibiting zeiosis (membrane blebbing).
These cells were cultured under cellophane membranes. Several sequences
show nuclear extrusion into the zeiotic blebs. (Phase—Contrast Optics) |
| 124 |
Pericyclosis |
G. G. Rose |
VHS or C-Silent-10 |
| |
Oral epithelium cells cultured under cellophane
membrane. Circular streaming (pericyclosis) is observed and followed.
In addition, examples of zeiosis or membrane blebbing are illustrated.
(Phase—Contrast Optics) |
| 125 |
Nuclear Rotation and Mitosis |
G. G. Rose |
VHS or C-Silent-17 |
| |
This film depicts mitosis in KB epithelial cell
cultures. Nuclear rotation is also shown. In addition to normal mitosis,
examples of tetrapolar and multipolar mitosis are illustrated. One sequence
shows a giant cell whose 4 daughter components recombine to form one multinucleated
giant cell. (Phase—Contrast Optics) |
| 126 |
The Circumfusion System |
G. G. Rose |
C-Silent-60 |
| |
This film depicts the design, assembly and function
of the single circumfusion system developed by Dr. Rose. Cells cultured
under cellophane membranes in these systems retain a remarkable degree
of differentiation in vitro. Liver parenchymal cells, thyroid
follicle cells, pancreas-acini and islets and adrenal cells from 14-day
chick embryo tissues are illustrated. In addition, liver parenchymal cells,
epididymis and ova from mouse fetus are shown. Structural integrity of
tubules from the epididymis are well maintained in vitro. Macrophage migration
up and down the tubule is illustrated. Cannibalism of a small wandering
macrophage by a large fixed macrophage in a salivary gland culture is
shown. A melanoma cell exhibits extrusion of a nuclear inclusion during
mitosis. A script accompanies this film. (Phase—Contrast Optics) |
| 127 |
Human Gingiva—Dual-Rotary Circumfusion
System |
G. G. Rose |
C-Silent-45 |
| |
Adult human gingiva is cultured under cellophane
membrane in the dual-rotary circumfusion system developed by Dr. Rose.
Gingiva cells in this system maintain a remarkable degree of differentiation
in vitro. The film deptics how the explant cultures of human gingiva
are established, and then follows the epithelial outgrowths from the explant.
Numerous mitosis in the epithelial sheet are noted. Bridges and tonofibrils
in the epithelial cells are illustrated in 21-day cultures. Gingival epithelium
is also cultured on a collagen substrate. This film also illustrates lymphocyte
migration over the epithelial sheet. In addtion, a lymphocyte apparently
is interiorized within a fibroblast (emperipolesis). A script accompanies
this film. (Phase—Contrast Optics) |
| 128 |
Lysis and Phagocytosis of Antibody-Sensitized
Chicken Red Cells by P388D, Mouse Macrophage Tumor Cells |
H. S. Koren, W. P. Morgan and C. J. Dawe |
VHS or B/W-Sound-4 |
| |
Illustrates antibody dependent cell mediated
cytotoxicity in which chicken red cells modified with 2,4,6-trinitrophenyl
(TNP) and coated with mouse anti-TNP antibodies undergo lysis and phagocytosis
after making film contact with P388D, mouse macrophage tumor cells. A
script accompanies this film. (Split Screen, Phase—Contrast and Time-Lapse
Optics) |
| 129 |
Fetal Mouse Lungs in Circumfusion System
Tissue Cultures |
G. G. Rose |
C–Silent–25 |
| |
The dual-rotary circumfusion system is used
to maintain fetal mouse lung in a differentiated state for up to 150 days
in culture. A script accompanies this film. (Phase—Contrast Optics) |
| 130 |
In Vitro Cultured Human Epidermal Cells |
Sun and Green |
B/W–Silent–10 |
| |
Growth and differentiation properties of human
epidermal cells and XB cells (a mouse teratomal keratinocyte cell line)
cultivated in the presence of 3T3-feeder cells. It also illustrates the
effects of epidermal growth factor on epidermal differentiation and stratification. |
| 131 |
Myoepithelial Contraction in Mouse Submandibular
Gland in Organotypic Culture |
Morgan, Williams, Lee, and Dawe |
B/W-Silent-16 |
| |
Illustrates contraction of myoepithelium during
development of mouse submandibular gland over a period of 30 days in organotypic
culture. |
| 132 |
Goldfish Pigment Cells in Culture |
Funan Hu |
B/W-Silent*-12 |
| |
Depicts the growth of pigment and stromal cells
from goldfish caudal fins in culture and the effects of the melanocyte-stimulating
hormone (dispersion) and epinephrine (aggregation) on the pigment cells.
(Phase Optics) *Single sprocket |
| 133 |
Adult Human Epidermal Cells and Candida
Albicans in Culture |
Funan Hu and Clarence S. Livingwood |
B/W-Silent-8 |
| |
Shows the conjoint growth of C. albicans and
human epidermal cells in culture and the effects of an antifungal agent,
Candicidin A, on the organism. At selected dosages the drug was inhibitory
to C. albicans but not to the epidermal cells. |
| 134 |
Living Cells |
Alexis L. Burton |
C-Sound-18 |
| |
Various types of living mammalian cells in their
normal activities such as movements, contractions, phagocytosis, pinocytosis,
etc. |
| 135 |
Mitosis |
Alexis L. Burton |
B/W-Sound-18 |
| |
The first part demonstrates the mechanism of
mitosis and the second part shows numerous examples of mitosis in cultured
cells. *Note: Some sequences in this film were supplied by Dr. Charles
Pomerat, Dr. T. C. Hsu, and Dr. V. Kalnin. |
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