Last
semester I struggled my way through Biostatistics. What a brutal challenge that
was. During the course I found myself sufficiently frustrated by the options
available in relation to which statistical analyses could be used for
processing data and gleaning results from. I felt that you could almost just
morph and tweak the data at whim – although in practice that’s not how it
really works, but it was how it seemed at first.
To
an extent that’s how I feel about ethics in the Sciences. Again, there are lots
of options of ethical principles and moral considerations to choose
from and apply them how you feel works best for your research, or the report
you’re working on. A couple of the principles that stand out for me are Egoism
and Utilitarian.
Ethical
principles such as honesty and truthfulness, carefulness to limit errors or be
biased, openness with data and being accepting of review, freedom to conduct
research, giving credit rightly where credit is due, and educating other
scientists and the public all sound like normal and ‘right’ things to do. But
hang on, doesn’t everyone think that way too and abide by them?
No.
The
reality is that some people, or companies, adopt the philosophical theory of Egoism whereby the promotion of one’s
self and personal goals is the main motivator. Greed and selfishness comes to
mind with this philosophy.
Another
well known philosophical theory used in the Sciences is Utilitarianism. Utilitarianism focuses
on consequences with the aim to maximise and promote whichever option will do
the greatest good for the greatest number. Options need to be weighed up, and
although this sounds like a great fit for most situations, there could be
victims.
Why
do ethical principles need to be incorporated within the Sciences? Well, Ethics
help set the boundaries for whether scientific methods, research, and practices
are suitable within our societal construct, and are responsibly
undertaken.
Ethics
give a framework for how to respect humans and animals research subjects. They
also give credibility, and add weight to any research and findings, and are
more likely to be respected by key decision makers.
In
short, ethical principles aim to safe guard scientific research and
practices. Just browse the ethical principles catalogue and choose which
works best and then apply to your work.
NB: Originally posted on 20 Dec 2015. Updated 18 Jan 2016.
