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November 2, 2005
With in-class input
Why Technology "Bites Back":
Reading:
- Tenner: Why Things Bite Back (course text) - Chapter 1 -3, pages 3 - 90
- Rusch, Kristine K. 2000 Results. Asimov's Science Fiction 24(3):35-40. (Blackboard E-Reading)
Session Objectives:
- Examine why we as humans typically embrace change without looking to see.
- Learn categories of "revenge effects"
- See as an example how human health has been impacted by "unintended consequences.
- Learn how to use the technology you will need to succeed in the course
- Begin thinking about your course technology project
Summary and Index of "Lecture"
Introduction to each other - before and in class introductions
If you have not already done so, please go to the Discussion Board link at left and locate the Class Lounge & Introduction Forum. Tell us a little about yourself and share with us some of your perspectives on and experience with technology. As others put up their "stories" please read and converse as you might in a face-to-face (f2f) conversation in a classroom during the first class period.
Introduction to the Course
Please read through the Course Syllabus linked from the Blackboard menu at left.
Read carefully through the Course Description so that you get a feel for the concept of the course. Note that the name of the course has a double meaning or could be considered an oxymoron, as we will examine both how technology has transformed not only our lives as individuals, but also our society and culture, and even the very fabric of the natural creation, and also will examine how we can in turn begin to think about technology more deliberately, to transform technology to something more in keeping with both our hopes and also perhaps our Creator's hopes as well.
Note carefully the two sets of course objectives, or learner outcomes. The first set are institutional objectives for all courses that address the interface of science and technology in our university general education or foundational studies curriculum. This first set largely focuses on understanding, analyzing, and evaluating the science and technology in the world around us and in our everyday lives. The second set are course specific outcomes that focus more on the concepts of transforming technology, tools for critiquing technology that we often simply take for granted, and ways to make technology more appropriate and socially and ethically responsible.
Next are the course requirements, which in summary are three:
- Your active participation in the course, both in the f2f component in class and in the asynchronous online components in Blackboard and on the course Web site. One major component of this latter online component is your two days per week contribution of some idea, concept, reference, neat web site or article or news item, etc to our online Techo-Talk Discussion. The other component of course is attending the four class sessions that will be held in RC228 of the Bethel University campus in Arden Hills on November 2, 9, 16 and Dec 7 as well as "attending" the online course session on November 30. . This component will comprise 30% of your course grade.
- Reading forms the backbone of the course and includes 4 books that I think you will enjoy as we explore technology. Major reading assignments are listed in the course Schedule. Some are more difficult to read than others, but you should find some that resonate with you as a learner and should then plan to spend more time with those that seem to be more difficult for you as a reader and learner. You will be writing a weekly focus response learning essay with a purpose of clearly showing that you have read and thought about the reading materials. To help you get started I pose one or more "focus" questions each week around which you can frame your learning essay each week as you see fit. I strongly recommend that you get in the habit of referring to specific components and examples from the reading as you build your learning essay as this strengthens your writing to "back yourself up" by referring to the ideas of others and then showing how those relate with your experience or modify your way of thinking—of how they have helped you to learn. This component will comprise 30% of your course grade and must be done for every week of the course. You will post your learning essays in the Blackboard Discussion area for the week. More information about your learning essays can be found via the Focus Learning Essay link in Blackboard.
- A course project in which you examine a specific technology or technology related concept will make up the rest of the work that you will do for the course. In this project you will apply what you learn in the course to an example that you will present to the class on the last class day on December 7. You can find more details about the project via the Course Project Info link in the course Blackboard. In the past, students have focused on everything from washing machines and other home appliances to work technologies like the creation and ordering of checks, to medical technologies like pacemakers and other health technologies, or even leisure and life technologies like the car or sports. I recommend you use the project as a way to critically examine a technology that either you wonder about (future technology) or that you wonder how it has transformed us or how it might be better transformed. The course project presentation makes up 40% of your course grade.
The course schedule is available via the *Schedule link in Blackboard. Please note that this is an online schedule and as we go through the course, links to course materials and readings will be added, so check the schedule frequently each week.
The course Assignments link in Blackboard provides a summary of the main course assignments and due dates. Please try to follow the due dates as closely as possible because in these accelerated courses, getting behind is not a good place to be.
Questions?: If you have any questions at this point in the class, please feel free to ask these in the Class Lounge, Questions, & Introduction Forum in the Blackboard Discussion area. blog
Setting for today - Perceptual Change
Everything Is Holy Now - Peter Mayr |
When I was a boy, each week
On Sunday, we would go to church
And pay attention to the priest
As he would read the Holy Word.
And consecrate the holy bread
And everyone would kneel and bow
Today the only difference is
Everything is holy now.
Everything, everything,
Everything is holy now . . .
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When I was in Sunday school
We would learn about the time
Moses split the sea in two
Jesus made the water wine
And I remember feeling sad
that miracles don't happen still
But now I can't keep track
'Cause everything's a miracle
Everything, everything
Everything's a miracle . . .
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This morning outside I stood
And saw a little red-winged bird
Shining like a burning bush
Singing like a scripture verse
It made me want to bow my head. . .
'Cause everything is holy now
Everything, everything
Everything is holy now
Everything, everything,
Everything is holy now . . .
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Lyrics by Peter Mayer Copyright 1999 (ASCAP)
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Concept # 1 Current Technology Trends
CASE 1: Can Humans Live Forever
CASE 2: Flu Pandemic
CASE 3: Wired News
As we get started examining transforming technology, I would like you to open up a search engine like Google and search for new technologies that interest you.
What did you find? Are there any "morals" to our discoveries?
- medical technology - shorter recovery
- bluetooth
- biometrics
- voip
- bioethics
- pacemakers
- smartboard
- fuel cells
- soyfuels
- windturbines
- ipods
- miniminimini
- household tech
- rfid
- gps
- nanotech
- defibrillators
- pain management
- cloning
- stem cells
- transdermal drug delivery
- neural regeneration
- spinal regeneration
- prosthetics and organ replacement
Concept # 2 Technology "tales" in literature: Why do we as humans typically embrace change without looking to see?
Often times we have to go no further than our cultural stories in books and film to examine how we see ourselves and our relationship with technology.
Example 1: Of Frog and Toad:
Chapter 2 of Kenneth Grahame's "children's" book, Wind in the Willows. |
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Example 2: The Sorcerer's Apprentice, from Fantasia
Video clip available in the E-Readings area in Blackboard. |
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Example 3: If you haven't previously, read the short story by Kristine Rusch, Results.
Technology, Jess always adds, that most people don't understand......This morning she thought it irresponsible to have a child without knowing the risks. But she hadn't known the greatest risk of all. The risk of believing the statistics, reading too much into the numbers. Perfection is not possible.
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Why do we seem to have such a "precautionary" relationship with technology? What are these stories telling us about ourselves?
Concept # 3 : Why do things bite back? The revenge effects of Edward Tenner
Edward Tenner in one of the texts for the course, Why Things Bite Back: Technology and the Revenge of Unitended Consequences says that "The safer and better off we are, the more threatened we feel....Wherever we turn we face the ironic unintended consequences of mechanical, chemical, biogical, and medical ingenuityrevenge effects". Below I have listed these revenge effects.
Revenge effect
Rearranging effect - shifts problems
Repeating effect - more time required
Recomplicating effect- more complex
Regenerating effect - more small impacts
Recongesting effect - more crowded
Reversed effect - unexpected good
All of the above effects are proximate reasons why technology bites back. I think we also need to contemplate more deeply why we see such a plethora of examples of revenge effects and see if there is not an underlying ultimate cause as well.
Several other concepts of Tenner might also help us to come closer to an answer. Investigate futher these concepts.
- systems - The lost concept of "system" (Note: links open in new window)
- bugs "Anything can break, only a system can have a bug."
- tool "We cease to be tool users and begin to be tool managers."
- Luddite vs
- Extropian
- Murphy's law
What are the ultimate reasons why Science and Technology bite back? What are your thoughts on the revenge effect concept in the Revenge Effect Thread?
Concept # 4: How has human health been impacted by "unintended consequences"
Inn Chapters 2 - 3 Tenner uses the human health arena as a first example of how technology both has transformed and could be transformed. I have asked some questions for you to contemplate and also linked some data about human populations and health data below for you to examine.
Once you have completed all of the reading and have digested our first class session so that you feel you have a better understanding of "transforming technology", revenge effects, proximate and ultimate causes, and finally of health care as an example of "transforming technology" you are ready to write your first Learning Essay Focus Response. Be sure to look over the expectations and the grading rubric and then sit down at your keyboard, open up your word processing program (or use a piece of paper it that is your technology), and then write your essay. There is no right answer and the purpose is to share your experiences and how this week's readings, discussion, and "lectures" have confirmed or modified your way of looking at not only technology, but your and our relationship(s) with transforming technology. Then when you have your essay (300 - 500 words is a good target) written, copy it from your word processing program and paste it into the message box as a reply to my "The revenge of technology?" thread in the Focus Response 1 forum in the Blackboard discussion area.

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"Doing better but feeling worse"
Question 1: What are emerging health technologies?
- From inclass search - Fall 2005
- aids
- avian flu
- malaria
- stem cell as a cure all
- obesity
- heart disease
- faith based health care
- west nile
- SARS
- cancer
- cosmetic
- mental health
- high blood pressure
- high cholesterol
- STD
- Environmental health
Question 2: What are the perceptions of major health issues in today's world?
Question 3: Do these rank differently if you have a different perspective?
- say an adult in in US vs adult in Zimbabwe?
Question 4: What are the real issues in world health today?
Question 5: What is the role that technology has played in human health?
Question 6: What is what we should be doing with health care technology to transform it into good technology??
What do the data show?
click graph for a larger view

click graph above for a larger view
A comparison of mortalities in Developed vs Developing Countries
Adult Mortality in Developing Countries

CDC, MMWR Weekly, 2000. Cause-Specific Adult Mortality: Evidence From Community-Based Surveillance --- Selected Sites, Tanzania, 1992--1998. May 19, 2000 / 49(19);416-419
Adult Mortality in Developing Countries (summary)
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HIV/AIDS
- TB
- Injury
- Malaria
- Stroke

Adult Mortality in US/Developed
Disease burden by gender and economic region
life expectancy
- Life expectancy in early H& G cultures typically was around 20 years
- Life expectancy had doubled by 1900 (40)
- Life expectancy has doubled since 1900
Wilmouth, JR. 1998. The Future of Human Longevity: A Demographers Perspective. Science 280(5362): 395 - 397 (In the Bethel Library)
Wilmoth, JR. 2000. Demography of longevity: past, present, and future trends. Exp Gerontol. 2000 Dec;35(9-10):1111-29.
PMID: 11113596 [PubMed - indexed for MEDLINE]

mortality factors
US Census Bureau International Datbase http://www.census.gov/ftp/pub/ipc/www/idbsum.html
U.S. Mortality Factors: CDC National Center for Health Statistics
survivorship

Data Source for St. John's Abby Parish Cemetary (pdf)
Other Survivorship Trends (The World Resources Institute)
The Epidemiological Transition

- Resources on the Epidemiological Transition
What are the major impacts on Health Care today and how are they related to Science and Technology?
environment
- Technological health hazards
- Cell Phone senility
- Cellphones and new wireless technology could cause a "whole generation" of today's teenagers to go senile in the prime of their lives, new research suggests.
The study - which warns specifically against "the intense use of mobile phones by youngsters" - comes as research on the phones' effects on health is being scaled down due to industry pressure.
It is likely to galvanise concern about the almost universal exposure to microwaves in Western countries by revealing a new way in which they may seriously damage health.
Leif Salford, the professor who headed the research at Sweden's prestigious Lund University, says: "The voluntary exposure of the brain to microwaves from hand-held mobile phones" is "the largest human biological experiment ever".
- Magnetic Fields http://infoventures.com/osh/abs/ofce0005.html
- INCREASED INCIDENCE OF CANCER IN A COHORT OF OFFICE WORKERS EXPOSED TO STRONG MAGNETIC FIELDS
The possibility that a group of office personnel developed cancers due to strong magnetic fields emitted by a three transformer 12 kilovolt substation, located 14 floors below their office, was examined. Magnetic field readings taken in the office were as high as 190 milligauss (mG) at floor level, and 90mG four feet above the floor. After bus bars were lowered, the highest magnetic field levels were 32mG at the floor and 12mG at chair level; magnetic fields generally average 2mG or less in office buildings. A cohort of 243 men and 143 women employed between 1980 and 1994 were studied. Eight invasive cancers were observed, five in men and three in women, compared with 4.2 expected, giving a standardized incidence ratio of 190. Seven cancer cases occurred in workers employed two years or more. Limiting the cohort to those employed more than two years, five cancers were observed in men compared to 1.3 expected, and two cancers occurred in women compared to 0.5 expected. For both sexes, seven cancers were observed versus 1.8 expected, giving a standardized incidence ratio of 389. A positive trend of cancer cases with duration of employment was found for males and females. The cancers diagnosed in men included malignant astrocytoma, lymphoma, and malignant melanoma, and in women, breast cancer, colon cancer and malignant melanoma. The author concludes that cumulative magnetic field exposure could be of etiologic importance in the incidence of cancer in these workers.
American Journal of Industrial Medicine, 30(6) :702-704, 1996. (9 references)
- Endocrine disruptors and sperm count
- Fisch, H, ET Goluboff, AH Olson, J Feldshuh, SJ Broder and DH Barad. 1996. Semen analyses in 1,283 men from the United States over a 25-year period: no decline in quality. Fertility and Sterility 65(5): 1009-1014.
Fisch et al. examined sperm counts of men in three US metropolitan areas (New York NY, Roseville MN and Los Angeles CA) and found no decline in any of the cities over the 25-year data span. Mean counts varied highly among locations, with New York, Roseville and Los Angeles averaging 131, 101 and 73 million sperm per milliliter, respectively. Each of these studies was based upon men volunteering sperm before vasectomy. This introduces biases into the samples, as men volunteering for vasectomy are known to have sperm counts higher than the population average.
- Endocrine disruptors and sperm count
- Irvine, S, E Cawood, D Richardson, E MacDonald and J Aitken. 1996. Evidence of deteriorating semen quality in the United Kingdom: birth cohort study in 577 men in Scotland over 11 years. British Medical Journal 312: 467-471.
Irvine et al. report a signficant decline in sperm counts of Scottish men over a 20-year period. Sperm concentrations dropped at a rate of 2.1 percent a year with year of birth. This study is also notable in the sperm trend literature because of the lengths to which Irvine et al. went to avoid sampling biases. The Irvine team recruited the men broadly through several different methods and did not do any sort of screening that would select only for men of proven fertility or exclude those in particular occupations. "Our findings support previous reports that the quality of human semen seems to be falling. In particular, we have observed a decline in sperm concentration and the total number of sperm and of motile sperm in the ejaculate in association with a later year of birth, such that men born in the 1970s are producing some 24% fewer motile sperm in their ejaculate than are men born in the 1950s.
- Climate Change Health Impacts
- cardiovascular and respiratory morbidity and mortality
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Indirect
Water-borne diseases
malaria, dengue, schistosomiasis
Marine-borne diseases (toxic algae and cholera)
food productivity (malnutrition)
air pollution (asthma & cardio-respiratory disorders)
weather disasters
deaths, injuries, infectious diseases
sea level rise
Economics
Economic Development definitely plays an important role in declining mortalities, but also may play a role in the increase of chronic diseases.
Disability Adjusted Life Years take into account the decrease in productivity and quality of life caused by disease etc.
Several studies have implicated a connection between faith based religious practice and health, while others say that such connections are "dangerous"
While others point out some problems with the new 2p medicine of "prayer and prozac"
Other ?
System of Government
Culture
attitudes
- How have our attitudes about health and technology changed the way in which we perceive health issues?
technology


Further Understanding
- A consideration of reproductive health and freedom has contributed to a second important transition in society:
the demographic transition
- Fertility rate declines directly with contraceptive prevalence
- Total Fertility Rate also declines over time, but varies by region

Population growth in the future may inevitably be one of our greatest "health technology" problems that we must solve
Sources
- WHO health report 1999
- The Determinants of Health
- WRI report
- CDC
- Murray, Christopher J.L. & Alan D. Lopez.1997. Mortality by cause for eight regions of the world: Global Burden of Disease Study. The Lancet 349 (9061):1269-1276. (InfoTrac Article #A19447134)
- Martens, P. 1999 How will Climate Change Affect Human Health. American Scientist 87:534-541
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Hanmer, L., R. Lensink, & R. White Infant and Child Mortality in Developing Countries: Analysing the Data for Robust Determinants.Institute of Development Studies, University of Sussex. http://www.ids.ac.uk/ids/pvty/pdf%20files/imr.pdf
- Sloan, Richard P. and Larry VandeCreek Religion and Medicine: Why Faith Should Not Be Mixed With Science http://www.philosophy-religion.org/criticism/religion-medicine.htm
- Minino, Arialdi M. and Betty L. Smith 2001 Deaths: Preliminary Data for 2000. National Vital Statistics Report, Vol. 49, No. 12, October 9, 2001 http://www.cdc.gov/nchs/data/nvsr/nvsr49/nvsr49_12.pdf
- US EPA. 1997. Climate Change and Public Health http://yosemite.epa.gov/oar/globalwarming.nsf/UniqueKeyLookup/SHSU5BNNXJ/$File/ccandpublichealth.pdf
- McCullough, Michael E., William T. Hoyt, David B. Larson, Harold G. Koenig & Carl Thoresen 2000. Religious Involvement and Mortality: A Meta-Analytic Review. Health Psychology 19(3):211-222
- Gokhale,Medha K., Shobha S. Rao, and Varsha R. Garole 2002. Infant Mortality in India: Use of Maternal and Child Health Services in Relation to Literacy Status. J HEALTH POPUL NUTR 20(2):138-147. http://www.icddrb.org/pub/publication.jsp?classificationID=30&pubID=243
- Health Services Technology Assessment Text
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Concept # 5: Applying what you have learned to selecting your course project topic.
Finally, for this week I want you to begin thinking about potential topics for your course project.
- Review the Course Project Info linked from the menu in Blackboard.
- Make a list of several topics that interest you and begin looking for some resources that can help you decide if that topic would make a good project on transforming technology to meet all of the expectations. I would recommend that you not only do a web search using something like Google, but that you also use one of our excellent full text databases available from the Bethel University Library web site. One good database is the Ebsco Megafile which searches a large number of our Ebsco databases. You might also want to consider setting up an appointment (or dropping by) with one of our reference librarians in the Bethel University Library as they are wonderful in helping you both find information and also at helping you think through exactly what topic you are trying to really address. The guides to research and using the library can also help you get started.
- Bring your topic and at least one reference paper with you to class next week on November 9 to share with the class.
Then of course when you have completed all of your work for week 1, you can begin on the reading for next week as we will attempt to define technology and look for ways to evaluate technology more effectively than we seem to normally do in our everyday technology filled (but overlooked and accepted) lives. See you in class in RC228 on November 9 at 5:30p.m.
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