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A Thematic Review of Biology How can we put our H.O.U.S.E in order?

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_______________ is a good example of the theme HOMEOSTASIS because: _______________ is a good example of the theme ORGANIZATION because: _______________ is a good example of the theme UNITY MEETS DIVERSITY because: _______________ is a good example of the theme STRUCTURE MEETS FUNCTION because: _______________ is a good example of the theme ENERGY AND MATTER TRANSFER because:
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A Thematic Review of Biology How can we put our H.O.U.S.E in order?
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Page 1: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

A Thematic Review of Biology

How can we put our H.O.U.S.E in order?

Page 2: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

Directions1. You will receive several cards with pictures and fill-in descriptions of

topics that we have studied throughout the course.

2. For each card, look up/fill in information for each card, then check with your team mates to make sure that you all agree

3. Write the topic/title of the topic in the box on the top of each card.

4. Now consider how these topic connect to the themes we’ve discussed throughout the year. Pick one card for each topic and fill out a description slip

5. Tape your card and description slip to the appropriate theme poster.

Page 3: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

_______________ is a good example of the theme HOMEOSTASIS because:

_______________ is a good example of the theme ORGANIZATION because:

_______________ is a good example of the theme UNITY MEETS DIVERSITY because:

_______________ is a good example of the theme STRUCTURE MEETS FUNCTION because:

_______________ is a good example of the theme ENERGY AND MATTER TRANSFER because:

Page 4: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

Folded structures called ___________ function to ___________ the surface area of the duodenum/illeum. This allows for more ___________ to occur.

Page 5: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

Water will move from ____________ solutions to ____________ solutions by the process of _____________.

Page 6: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

___________, or sections of DNA, can be passed from one generation to the next. _____________ traits can be masked in the F1 generation but can reappear in the F2.

Page 7: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

According to Chargaff, if 20% of a DNA sample contains adenine, then the amount of thymine is ____%. This also means that there is ______% of both guanine and cytosine.

Page 8: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

A drop of type A blood was left at a crime scene. If a suspect’s parents had bloodtypes AB and 0, what is the chance that that their son was the killer? Use a punnett square to show your reasoning.

Page 9: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

___________ is the process by which plant communities become establish and evolve over time.

Page 10: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

____________ are pieces of circular DNA that can be used to ______________ bacteria and give them new traits. This provides evidence that ______ is a universal molecule that can be transcribed and translated by _______________.

Page 11: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

___________, such as fungi and bacteria can gain nutrients from all trophic levels, while _____________ are part of the only level that can utilize energy directly from the sun.

Page 12: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

_______________ are the monomers of DNA that provide a ___________ for synthesizing new copies of DNA. The new copies are said to be ___________________ because they are made of a newly synthesized strand and a parent strand.

Page 13: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

______________is the process of copying DNA into RNA, while __________ is the process of assembling ____________ __________ into proteins. _________ is molecule that brings protein monomers to mRNA strands.

Page 14: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

• ____________ species are

introduced to an ecosystem in which they have no predators. This allows their population to ___________ and potentially outcompete native species. On a graph this would look like a(n) _____________ growth curve.

Page 15: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

Prokaryotes and eukaryotes both include __________ and _____________, but few other similarities. The major organelle that sets them apart is the fact that _____________ lack a nucleus.

Page 16: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

During metaphase I ____________ ____________ line up along the center of the cell, while ___________ ________________ line up and split during the second meiotic division.

Page 17: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

The abundance of actin and myosin fibers in cardiac and skeletal muscle appear as bands or _____________. These fibers slide past one another whenever a muscle _______________.

Page 18: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

Information from the DNA in the nucleus send a messenger to the ribosome where ___________ _____________ takes place. The product of this process is send to the ___________ ____________ to be packaged or modified

Page 19: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

A plant cell can be distinguished from an animal cell by the presence of ___________ and __________. At an organ or system level animals have __________, _________, and ____________ systems which are unique to the animal kingdom.

Page 20: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

____________ is an example of something we studied at the system level, while ____________ is an example of something we studied at the macromolecule level.

Page 21: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

_________ are specific. This means that these proteins function at optimal condition and may _______________ if these conditions become too extreme.

Page 22: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

Organic molecules must contain _________ and often contain _________ and _____________. The arrangement of these molecule is characteristic of _____________.

Page 23: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

The ____________ cycle can only cycle materials with the assistance of specialized bacteria or fungi.

Page 24: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

When _________ rate exceeds _________ rate, a population boom may occur, but when growth exceeds an environments ___________ ____________ the population will crash.

Page 25: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

Having one or more ____________ and containing ____________ are other important characteristics that define living things.

Page 26: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

The DNA segment TTA ACT GGG is transcribed into _______________, then translated into ______ ______ and ________.

Page 27: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

The pancreas responds to low levels of sugar by producing ________________ which ________________ the blood sugar. This pathways is know as ___________ feedback.

Page 28: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

______________ is the process that release CO2 and breaks down sugar, while photosynthesis is the process that produces_____________ and oxygen.

Page 29: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

_________ is the chemical form of energy produced by _______________.

Page 30: A Thematic Review of Biology How can we put our H.O.U.S.E in order?

Folded structures called ___________ function to ___________ the surface area of the mitochondria. This allows for more ___________ to occur.


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