This has been discovered by comparing the RNA sequences of modern plants and green algae.

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There is little evidence to prove where protists originated from, but biologists are currently testing DNA and RNA to find an answer. However, biologists do agree on the ancestry of one group of protists. What do biologists say originated from ancient green algae? This has been discovered by comparing the RNA sequences of modern plants and green algae.

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There is little evidence to prove where protists originated from, but biologists are currently testing DNA and RNA to find an answer. However, biologists do agree on the ancestry of one group of protists . What do biologists say originated from ancient green algae?. - PowerPoint PPT Presentation

Transcript of This has been discovered by comparing the RNA sequences of modern plants and green algae.

Page 1: This has been discovered by comparing the RNA sequences of modern plants and green algae.

There is little evidence to prove where protists originated from, but biologists are currently testing DNA and RNA to find an answer. However, biologists do

agree on the ancestry of one group of protists. What do biologists say originated from ancient green algae?

This has been discovered by comparing the RNA sequences of modern plants and green algae.

Page 2: This has been discovered by comparing the RNA sequences of modern plants and green algae.

LET’S REVIEW:

THEY ARE IN THE _______________ DOMAINTRAITS:

-______________________________________ (think cells)-___________________________________(think cell parts)-______________________________________ (think niche)-_________________________ (think how they get energy)

KINGDOM PROTEZOA

EUKARYA

UNICELLULAR, except algaeNUCLEUS, and other cell parts

PRODUCERS-CONSUMERS- DECOMPOSERSSOME HAVE MOBILITY

http://www.youtube.com/watch?v=UOfY26qdbU0

Page 3: This has been discovered by comparing the RNA sequences of modern plants and green algae.

1. ________________________: All protist have ______________

a. Some have _________________________________

2. ________________________: Made up of one cell

a. _________________ and some __________ are exceptions

3. ________________________: Many are able to move

a. _______________________: tail-like whip

b. _______________________: hair-like structures

c. _______________________ : “false feet”

4. ________________________:

a. ____________________

b. ____________________

c. ____________________

EUKARYOTIC A NUCLEUS

MORE THAN ONE NUCLEUS

UNICELLULAR

KELP ALGAE

MEANS OF LOCOMOTION

FLAGELLA

CILIA

PSEUDOPODS

CLASSIFIED BY NICHE

PRODUCER

CONSUMER

DECOMPOSER

___________NUCLEUS

FLAGELLA___________

__________

_____________________

CILIA

PSEUDOPOD

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1. __________________________: CONSUMERS

a. Also known as ___________________

2. __________________________: PRODUCERS

3. __________________________: DECOMPOSERS

First Animal

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STRUCTURE OF AN AMOEBASTRUCTURE OF A PARAMECIUM

PROTIST NAME:

NICHE

MEANS OFMOBILITY

UNIQUE TRAITS

EUGLENA

FLAGELLA

PRODUCER

EYE SPOT

PARAMECIUM

CILIA

CONSUMER

MOUTH & CONTRACTILE VACUOLE

AMOEBA

PSEUDOPOD

CONSUMER

FOOD & CONTRACTILE VACUOLE

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AMOEBA

Observations:

PARAMECIUM

Observations:

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Observations:

______________________

Observations:

______________________

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EUGLENA

Observations:

VOLVOX

Observations:

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DINOFLAGELLATES

Observations:

DIATOM

Observations:

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1. _____________________ number of species in Kingdom Protista

2. Many ___________________ are shared between animal-like protist and animals. The KEY difference is their ___________________________

a. All animals are _____________________

b. All animal-like protist are ________________

3. ___________________-term often used to describe animal-like protist.

a. PROTOZOA

LARGEST

SIMILARITIES

BODY ORGANIZATION

MULTICELLULAR

UNICELLULAR

PROTOZOA

FIRST ANIMAL

________________ ________________ ________________ ________________AMOEBA PARAMECIUM VORTICELLA DIDINIUM

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1. All are ________________________:

a. CAN NOT make their own ____________

2. Most have methods of ____________________

a. _____________________:Long “tail-like” projection

b. _____________________:Tiny _______________ extensions

c. _____________________:“________________”

* ______________ extension from the main cell

CONSUMERS

FOODMOBILITY

FLAGELLA

CILIA HAIR-LIKE

PSEUDOPODS FALSE FEET

CYTOPLASMIC

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________________ ________________ ________________ ________________

1. All producers contain __________________ and can make their own _________________.

2. Serveral differences between plants and plant-like protist:

a. All plants are _____________________

b. Plant-like protist can be _____________ or _____________

c. Plants have specialized tissues for _____________________

d. Plant-like protists do not have the same _______________ or __________________________ parts as plants

3. Many “phytoplankton” are a huge ______________________ for most _____________________ animals.

4. Produce __________________ as a bi-product of photosynthesis

CHLOROPHYLLFOOD

MULTICELLULAR

MULTICELLULAR UNICELLULAR

ROOTS, STEMS, LEAVES

TISSUESTHE SAME REPRODUCTIVE

FOOD SOURCEACQUATIC

OXYGEN

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1. Play an important role in the ______________________ as ________________.

a. Recycle ________________ and _______________ back into the soil for __________________ use.

2. Difference between fungi and fungus-like protist is that fungus-like protist can __________________ during part of their life cycle while fungi ___________________________.

ECOSYSTEM

DECOMPOSERS

NITROGEN CARBONPLANTS

MOVECAN NOT MOVE

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_________________

PROTISTCharacteristics of Kingdom Protista:

_______________________________ _______________________________ _______________________________

_________________________________ _________________________________ __________________________

NICHE: NICHE: NICHE:

CELL ORGANIZATION:

CELL ORGANIZATION:

CELL ORGANIZATION:

MOBILITY: MOBILITY: MOBILITY:

METHODS OF LOCOMOTION:

METHODS OF LOCOMOTION:

METHODS OF LOCOMOTION:

EXAMPLES: EXAMPLES: EXAMPLES:

ANIMAL-LIKE PLANT-LIKE FUNGUS-LIKE

CONSUMER (HETEROTROPH)

PRODUCER (AUTOTROPH)

DECOMPOSER (HETEROTROPH)

UNICELLULAR UNICELLULAR OR

MULTICELLULAR

UNICELLULAR

FLAGELLA

PSEUDOPODS

CILIA

FLAGELLA PSEUDOPODS

FLAGELLA

MOST SOME DURING CERTAIN POINTS IN LIFECYCLE

________________ _________________

________________ _________________

________________ _________________

________________

_________________

________________ ________________

________________ ________________

________________

________________________________

_____________

______________

_______________

_______________

______________

_______________

EUKARYOTIC UNICELLULAR

AMOEBA PARAMECIUM EUGLENA VOLVOX DIATOM SLIME MOLD__________ _____________ _________________________ _______________