Alternatives to the use of animals in teaching
Alternate
is a choice between two or more things suggesting that good research may be accomplished
without the use of living animals or good education using figures rather than
live animals. The use of animals in study, teaching and experiment is a significant
welfare and ethical matters.
Non-animal methods like computer simulations, interactive CD-ROMs, films, charts, and life-like models teach Anatomy and complex biological processes well or better then many of the animal-based methods. Research has revealed that a substantial number of students at every instructive level is painful with slaughter life animals for dissection and research and some even go away from professions in science rather than violating their principles. An investigation accompanied by PETA India between the final-year scholars of Bombay Veterinary College in 2013 exposed that 63% said processes such as terminal operation and working painful methods on living animal’s causes suffering and takes a deep psychological toll on students. In addition, 69% recommended that there should be a rule allowing careful objection by students to the use of live animals in favour of more modern humane methods, 73% decided that willed or morally obtained body contributions are effective substitutions for killing healthy calves for structural studies, and 65% thought that non-harmful teaching approaches such as simulation software, representations, manikins, etc., are as effective as those attained by animal usage (PETA, 2016).
Anatomy,
Physiology, Pharmacology, Surgery practical classes and Clinical internship
training require a large number of animals as part of teaching and learning.
These subjects require animals for a simple demo of the perception of handling
animals, structural features and veterinary process demos for talent
development. The animals experience stress, pain and suffering before, during
and after demonstration/handling. Therefore, we should look for some alternatives
to animal usage from the animal welfare perspective.
Alternative models in teaching
A model is a lesser or superior physical copy of an object or live animal. These physical
models can be made up of rubber, plastic, fibre, Plaster of Paris or cement. These
physical representations offer a 3D view to the spectator. The different models
are: -
1. Rubber
Models
2. Plastic
Models
3. Wooden
Models
4. Wire
Models
5. Low
Cost Models
1.
Rubber
Models
These convenient animal models can be used
as alternatives in place of live animals to demonstrate some basic skills in
veterinary courses, such as drug administration, suturing techniques in
surgery, endotracheal intubation etc.
2.
Plastic
Models
They provide visualization of anatomical
features of some organs such as the brain, eyes, ears, and heart, hence reducing
the use of samples from live animals. These are affordable and available at the
local market.
3.
Wooden
Models
Wooden model of animals and their body
parts are one of the inexpensive, voluntarily available, and portable substitutes
to animal handling in veterinary courses. Wooden body part models also diminish
the recurrent use of live animals as they can last lengthier from wear and tear
as associated with rubberized complements.
4.
Wire
Models
With a chicken wire net, these models can be
formed to produce a bump or the back portion of an animal and they can be used as a life-size imitation for rectal palpation. The wire mesh can be covered with old
newspapers thoroughly soaked in glue and glue together, one layer after
another. Once the mould is hardened, it can be painted to look like a cow’s
hump. The inside organs such as the rectum can be made from rubber tubes with
size enough to insert a hand and be able to palpate another structure that
could be shaped like the uterus.
5. Low-Cost Models
Using published pictures of an animal or its
internal organs, little of imagination and artistic inclination of student,
they can make models of internal organs or even whole animal replica using
papers, clay or Styrofoam. Organ sculpturing can be made as a class activity to
enhance understanding of students to particular anatomical features of organs
as they sculpt using recyclable materials.
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