7:36 Done Instructions Imagine you are an exploratory astronaut looking for life throughout the universe. One day you encounter a planet that has no carbon present on its surface. However, your instruments register movement and a variety of other signs that make you think life exists on the surface. • Part 1: Before taking a potentially dangerous trip to the surface, you must outline a theoretical framework in which another element can serve as a backbone for macromolecules. (Hint: look for an element on the periodic table that would act similarly to carbon.) Begin by describing this new backbone, including how compounds and macromolecules would form. Detail at least 2 chemical reactions forming macromolecules with this backbone. You may wish add supporting diagrams (created or obtained). Be sure to include references as appropriate. • Part 2: Your theoretical framework is deemed strong enough to justify a trip landside. Once there, you are authorized to collect a simple "organism" for experimental use. Collect your specimen(s) and then design a full experiment that will test at least two characteristics that define biological life on Earth. Be sure to include all the relevant parts of an experiment and describe how you would analyze and present the data, results and conclusions. Take a look at this preakdown for nints on
7:36 Done Instructions Imagine you are an exploratory astronaut looking for life throughout the universe. One day you encounter a planet that has no carbon present on its surface. However, your instruments register movement and a variety of other signs that make you think life exists on the surface. • Part 1: Before taking a potentially dangerous trip to the surface, you must outline a theoretical framework in which another element can serve as a backbone for macromolecules. (Hint: look for an element on the periodic table that would act similarly to carbon.) Begin by describing this new backbone, including how compounds and macromolecules would form. Detail at least 2 chemical reactions forming macromolecules with this backbone. You may wish add supporting diagrams (created or obtained). Be sure to include references as appropriate. • Part 2: Your theoretical framework is deemed strong enough to justify a trip landside. Once there, you are authorized to collect a simple "organism" for experimental use. Collect your specimen(s) and then design a full experiment that will test at least two characteristics that define biological life on Earth. Be sure to include all the relevant parts of an experiment and describe how you would analyze and present the data, results and conclusions. Take a look at this preakdown for nints on
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:7:36
Done
Instructions
Imagine you are an exploratory astronaut looking
for life throughout the universe. One day you
encounter a planet that has no carbon present on
its surface. However, your instruments register
movement and a variety of other signs that make
you think life exists on the surface.
• Part 1: Before taking a potentially
dangerous trip to the surface, you must
outline a theoretical framework in which
another element can serve as a backbone
for macromolecules. (Hint: look for an
element on the periodic table that would
act similarly to carbon.) Begin by
describing this new backbone, including
how compounds and macromolecules
would form. Detail at least 2 chemical
reactions forming macromolecules with
this backbone. You may wish add
supporting diagrams (created or obtained).
Be sure to include references as
appropriate.
• Part 2: Your theoretical framework is
deemed strong enough to justify a trip
landside. Once there, you are authorized
to collect a simple "organism" for
experimental use. Collect your specimen(s)
and then design a full experiment that will
test at least two characteristics that define
biological life on Earth. Be sure to include
all the relevant parts of an experiment and
describe how you would analyze and
present the data, results and conclusions.
Take a look at this preakdown for nints on
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