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Wins
Mac

Contact us for pricing
on
20 or 30 User
Network Licences |
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Genetic Engineering |
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Single User |
Shipped in 7 days |
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5 User Lab Pack |
Shipped in 7 days |
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Cat.# CYT-4LP |
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$250.00 |
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Wins
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Site Licence |
Shipped in 7 days |
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Cat.# CYT-4SL |
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$410.00 |
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Wins
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You won't have to spend years in
school to understand the concepts offered in
Genetic Engineering. In this program, you'll see that organisms have
a remarkable ability to manipulate DNA and transfer genes between
organisms, keeping certain traits and dropping others.
A graphic, step-by-step examination of the procedures involved in
transferring a human insulin gene to bacteria illustrate the
techniques and processes of gene manipulation and transfer. With
Genetic Engineering, you'll see genetic changes
occurring from the cellular point of view.
Topics covered in
this program include: DNA Composition and Its Function as
Genetic Material; The Use of Natural Variation in Genes for Selective
Breeding; Changes in Genes Through Mutation; A Step By Step Guide
Through the Experimental Process of Genetic Engineering; Examples of
modern Genetic Engineering in Microbes, Plants, and Animals; and the
Applications of Genetic Engineering in Medicine and Gene Therapy.
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System Requirements:
Windows: 16MB of
available RAM; 2MB hard disk space; mouse; sound card; CD-ROM
drive. Pentium Class processor; S-VGA graphics card with
compatible monitor and 640 x 480 resolution at thousands of
colours; Windows 9x, ME, NT, XP, 2000.
Macintosh:
PowerMac, iMac,
or PowerPC; OS 7.5.1, OS 9in Classic mode. |
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Contact us for
multi-user pricing |
Medical
GenetiX
- Wins
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Single User |
Shipped in 4 days |
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Clinical and
Molecular Aspects of Human Genetic Disorders
The explosion of knowledge in human genetics and
applications of genetic technologies has resulted in a
proliferation of concepts that are often difficult to
impart in the limited context of lecture-based teaching.
Furthermore, although we can engage students in
discussions on the social and ethical issues in
genetics, there is often reluctance to participate
actively in a large group.
Medical Genetix is an innovative multimedia program for
undergraduate medicine and biomedicine students that
presents the concepts of human genetics and heredity
within the clinical context of various chromosomal and
single-gene disorders. The chromosomal disorders
featured are trisomy 21 (Down syndrome), trisomy 18
(Edward syndrome) and Klinefelter syndrome; and the
single-gene disorders are cystic fibrosis, Duchenne
muscular dystrophy, Huntington disease and
beta-thalassaemia.
Building on basic molecular biology - knowledge of the
structure of DNA and genes, transcription and
translation is assumed - Medical Genetix presents the
science of genetics and heredity in a consistent modular
framework across each of the clinical disorders. The
three main modules and their sections are: Clinical
Diagnosis - clinical features, family histories and
pedigrees (for single-gene disorders), and molecular
pathogenesis, the underlying molecular basis of the
condition; Laboratory Diagnostics - DNA testing (for
single-gene disorders), karyotyping (for chromosomal
disorders), and pathology testing; and Counselling and
Ethics, based on videos of counselling sessions related
to a particular learning issue, with advice on
counselling techniques and ethical issues.
Medical Genetix includes interactivity through a variety
of approaches: drag-and-drop exercises, self-test
questions and 'rollovers' that reveal more detail, as
well as role-playing to explore ethical issues of
relevance to genetic counselling. Comprehensive feedback
and hints are given for the exercises and tests. An
on-screen glossary of terms is also available at any
time. Books, articles and websites are listed as
references and for further reading.
Author: Dr Sylvia Metcalfe
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NO IMAGE AVAILABLE
Contact us for pricing
on
Unlimited User Licence |
Introduction
to Genetics CD-ROM
- DOS/Wins
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Single User |
Shipped in 3
to 7 days |
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Cat.# TS-20 |
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5 User Licence |
Shipped in 3
to 7 days |
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Cat.# TS-20L1 |
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10 User Licence |
Shipped in 3
to 7 days |
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Cat.# TS-20L2 |
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Designed to
supplement undergraduate courses in genetics
and biology, this package contains more than
one hundred individual lessons covering topics
from genetic ratios, mitosis and meiosis to
DNA, RNA, and chromosome aberrations.
The lessons
use a variety of techniques in presenting the
material, including interactive tutorials,
problem-solving drills, and definitions
matching exercises. There are several levels
of help available and feedback on incorrect
responses is problem-specific.
Each Unit has
a final Quiz with ten randomly selected
questions so that students will rarely see the
same sequence of questions no matter how many
times they repeat the Quiz.
The package
includes two helpful Instructor Utilities. The
Text Reference System
you use to add textbook references for each
lesson if desired, and a Student Management
System keeps records of student
scores on the Unit Quiz programs.
Summary
of Units
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Unit
1 - Mendel's Peas & Genetic Ratios Monohybrid
Inheritance, Incomplete Dominance and
Lethals, Dihybrid Inheritance, Trihybrid
Inheritance, Genetic Interaction and
Epistasis
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Unit 2 -
Chromosomes, Mitosis, Meiosis Mitosis,
Meiosis I & II
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Unit 3 -
Sex Determination, Sex Linkage Sex-Linked
Traits - Parts A & B, Sex-Influenced
Traits, Sex-Limited Traits
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Unit 4 -
Human Pedigrees Pedigrees, Family
Probabilities, Risk Assessment,
Consanguinity
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Unit 5 -
Multiple Alleles & Blood Types Rabbit
Coat Colours, ABO Blood Groups, Rh Blood
Groups, Paternity
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Unit 6 -
DNA, RNA & Proteins DNA, RNA:
Transcription, RNA: Translation, Mutation
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Unit 7-
Crossing Over & Mapping Linkage,
Two-Point Mapping, Three-Point Mapping:
Tutorials, Three-Point Mapping: Exercises,
Neurospora
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Unit 8 -
Euploidy & Aneuploidy Euploidy,
Haploidy, Diploidy, and Triploidy,
Euploidy: Polyploids, Aneuploidy:
Monosomy, Aneuploidy: Trisomy
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Unit 9 -
Chromosome Aberrations Breakage and
Restitution Deletions, Duplications,
Inversions and Rings, Translocations
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Management/Utilities
Disk Student Management and Text Reference
Systems
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System
Requirements:
IBM
368 or higher. 512K RAM. CGA monitor, or
higher. This program is DOS based, but can be
run under the Windows O/S. |
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Wins
Mac

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on
20 or 30 User
Network Licences |
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Students explore genetic variation
and human innovations that use genetic information to make new
organisms. The human genome project, genetically engineered foods and
ethics of gene transfer are also introduced.
Learners will:
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identify benefits or disadvantages to
sexual or asexual reproductive strategies.
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disadvantages of inbreeding and benefits
of selective breeding.
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distinguish between examples of
inbreeding, selective breeding, and genetic engineering given
illustrations and descriptions of organisms.
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distinguish between examples of sexual and
asexual reproduction.
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predict beneficial or deleterious effects
of selective breeding or inbreeding.
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predict the effect of different
reproductive strategies (sexual, asexual, selective breeding) on
variation or survival.
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sequence steps involved in producing
recombinant DNA.
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apply a selective breeding strategy to
create hypothetical offspring with a desired trait.
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sequence important steps for transferring
a gene from one organism to another.
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System Requirements: Windows:
64MB of available RAM; 640 x 480 resolution monitor at thousands
of colours; 325MB hard disk space; mouse; CD-ROM drive. Windows:
Pentium II class processor; S-VGA graphics card with compatible
monitor; Windows 98, XP, ME, 2000. Macintosh: PowerMac G3, OS 9.2,
OS 10.x. |
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Contact us for pricing
on
Unlimited User Licence |
PopGene CD-ROM
- Wins
 |
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Single User |
Shipped in 3
to 7 days |
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Cat.# TS-22 |
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5 User Licence |
Shipped in 3
to 7 days |
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Cat.# TS-22L1 |
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10 User Licence |
Shipped in 3
to 7 days |
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Cat.# TS-22L2 |
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Population Genetics Simulations
PopGene
is a collection of simulations commonly used
in the study of population genetics,
including:
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Hardy-Weinberg
Equilibrium
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Multiple
Allele Inheritance
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Multiple
Loci Inheritance
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Natural
Selection
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Genetic
Drift
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Migration
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Mutation
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Inbreeding
The three part
screen allows students to simultaneously view
the simulation parameters, data plots and a
dynamic graph of the results. Parameter
values, the speed of the simulation, and the
scale size of the graph and the graph type can
be easily changed.
The operation
of PopGene is simple and
straightforward. Select a simulation and graph
type, then start it using the default
parameters or those you enter from the
keyboard. As the simulation progresses, the
outcome is shown in the results window and on
the graph. Simulation parameters are easily
changed, and the results may be saved to disk
or printed.
Package
includes a step-by-step tutorial of the
Hardy-Weinberg simulation, mini-tutorials
using the other models, and suggested
exercises to be used in conjunction with the
simulations.
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System
Requirements:
3.1, 95, 98, ME, or NT. 32MB RAM, 5MB hard
disk space. 4x CD-ROM drive, Soundblaster
compatible soundcard. |
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Contact us for
multi-user pricing |
Fragile X Syndrome
- Wins
 |
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Single User |
Shipped in 4
days |
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Clinical and
Molecular Aspects
Fragile-X Syndrome is a stand-alone interactive
CD-ROM integrating the genetics and clinical features of
fragile X syndrome.
It is produced by Associate Professor Sylvia Metcalfe
from the University of Melbourne and Dr Jonathan Cohen
from the Fragile X Alliance.
The program covers clinical diagnosis, laboratory
diagnostics, and personal perspectives and includes high
quality media such as videos, animations and interactive
images from Australian families. Multiple choice
questions, glossary of terms and references are also
included.
This program will be useful for students studying human
genetics, medical and biomedical courses, and for
continuing professional education.
Authors: Associate
Professor Sylvia Metcalfe, Dr Jonathan Cohen
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