Post-Mormon. Ex-Mormon.
Agnostic. Atheist. Humanist.
Feminist.
These
are all labels that I have used to describe myself at one time or another. When asked to define my religious beliefs,
the long answer is that I am an agnostic atheist humanist with strong feminist
and egalitarian ideals. For a short
answer, I reply either humanist or agnostic, depending on my current frame of
mind. I choose to define myself as a
post-Mormon, as I feel the term implies a less negative connotation than
ex-Mormon, although ex is also an accurate descriptor. Sometimes others will describe me as an
“anti”-Mormon, although I do not consider myself to be such.
In
science, language has to be precise. The
first important example I was taught – in an introductory developmental biology
class – was the difference between cell fate specification and
determination. During the course of embryonic
development, cells adopt certain fates – this is how an entire complex organism
develops from a single fertilized egg.
During the course of development, cells go from an undifferentiated
state to adopting specific fates. This
is how muscle cells, neurons, epidermal cells, and everything in-between
develop to form an entire complex organism. This is what makes developmental biology – and
life – so beautiful and fascinating.
There are two specific stages of
differentiation – specification and determination. A cell that is specified will develop
autonomously if placed in a neutral environment such as a petri dish. If a specified cell is placed in an
environment with conflicting differentiation signals, then this cell will adopt
an alternative fate based on the signals received. Specification is a stage that is still
labile. Cell-fate determination is more
fixed; the cell will adopt the same fate even if placed in an environment with
conflicting signals. Many of the classic
developmental biology studies involved cutting pieces of a developing organism
and transplanting from one area of the embryo to another in order to study how
development was affected. As
differentiation progressed from specified to determined, the organisms that
developed from these experiments became weirder and weirder. The classic example – performed by Hilde
Mangold in the 1920’s – involved transplanting an area known as the dorsal lip
region and resulted in the development of secondary body axes in frog
embryos.
Spemann-Mangold Dorsal Lip Transplantation Experiment |
Precise language is important in all areas of life. Imprecise language can lead to fights and to confusion when communicating complex ideas. Although I do label myself as an agnostic atheist humanist with strong feminist and egalitarian ideals, there are still many examples where the use of labels can hurt rather than help. The label may be innocent enough – feminism is defined as “the doctrine advocating social, political, and all other rights equal to men – but the emotions associated with the feminist label can be quite negative. I know my personal definition of the labels I use to describe myself – do others define these labels in the same manner that I do? When other people use labels to describe themselves, is my understanding the same as theirs?
This illustration of the famous dorsal lip transplantation experiments, as performed by Hilde Mangold, was taken from Gilbert's "Development Biology" textbook, 6th edition, which can be accessed publicly at http://www.ncbi.nlm.nih.gov/books/NBK9983/ The exact figure used can be accessed at http://www.ncbi.nlm.nih.gov/books/NBK10101/figure/A2302/?report=objectonly
This is a great post, as usual, pm girl. It's also quite timely during the political conventions. As I read, I thought of the speeches I've listened to this past week, Paul Ryan's in particular. Not exactly precise in his language. We've gotten to a point in our national conversation where if somebody is talking "politics" he doesn't have to be precise, or accurate, or even in the least bit truthful. Very disconcerting.
ReplyDeleteAs for the biology model, I did have some trouble following it, but understand that I'm heavy on verbal rather than scientific skills. :)
Thank you Donna, both for your comments on language, as well as the feedback on the biology. I'm thinking I'll try and re-write this in the future - based on the feedback I've gotten, I do think I fell short of what this piece could have been. :)
DeleteI think that the pictures really help with understanding your explanation of specification and determination. And, I think that precision of language is particularly topical.
ReplyDeleteHonestly, I think that another example of the need for precise language would help, if you decide to rewrite this. Your personal example is good, and I understand that your experience with biology made it a natural for you. An example using language from another area would help it appeal to more people. Legal and medical examples of precise language might be slightly more accessible for non-science types.
(For the record, I got to pre-read this, and I thought it was great then, and I still do!)
I think that the pictures really help with understanding your explanation of specification and determination. And, I think that precision of language is particularly topical.
ReplyDeleteHonestly, I think that another example of the need for precise language would help, if you decide to rewrite this. Your personal example is good, and I understand that your experience with biology made it a natural for you. An example using language from another area would help it appeal to more people. Legal and medical examples of precise language might be slightly more accessible for non-science types.
(For the record, I got to pre-read this, and I thought it was great then, and I still do!)