LESSON 1,1.1 and 2 Flashcards

(41 cards)

1
Q

STUDY OF LIFE,LIVING THINGS/SCIENCE OF LIFE

A

BIOLOGY

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2
Q

THISprovides various experiments biologists or those in biology related fields usually perform, mainly encompassing experimenting with animals and plants.

A

PRACTICAL BIOLOGY

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3
Q
  • isa field of study that seeks to explain biological phenomena using mathematical models and theoretical frameworks.
    -use concepts and principles from mathematics, physics, and other disciplines to develop models that help explain biological processes and predict outcomes.
A

THEORETICAL BIOLOGY

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4
Q

THIS IS THE BALANCE,NORMAL,AVERAGE OR EQUILIBRIUM

A

HOMEOSTASIS

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5
Q

SIMPLE TO COMPLEX

A

ORGANIZATION

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6
Q

COMPOSED OF SINGLE CELL THAT CARRIES ALL THE PROCESS

A

UNICELLULAR

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7
Q

COMPOSED OF MANY CELLS WHICH PERFORM SPECIALIZED AND SPECIFIC FUNCTIONS

A

MULTICELLULAR

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8
Q

SUM OF ALL TOTAL CHEMICAL REACTIONS IN THE BODY

A

METABOLISM

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9
Q

BREAKING APART OF NUTRIENTS

A

CATABOLISM

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10
Q

BUILDING UP OF NUTRIENTS

A

ANABOLISM

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11
Q

FIT,SURVIVE,ADJUST,CHANGE

A

ADAPTATION

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12
Q

TWO TYPES OF ADAPTATION

A

BEHAVIORAL AND STRUCTURAL

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13
Q

Size shape, complexity, quality and quantity

A

GROWTH AND DEVELOPMENT

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14
Q

Irritability, environment reaction

A

RESPONSE TO STIMULUS

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15
Q

Proliferation of organisms, gametes, sex

A

REPRODUCTION

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16
Q

2 TYPES OF REPRODUCTION

A

ASEXUAL AND SEXUAL

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17
Q

TYPES OF ASEXUAL REPRODUCTION

A

FRAGMENTATION
REGENERATION
PARTOGENESIS
BUDDDING
BINARY FISSION

18
Q

He made one of the first microscopes and was the one to introduce the word cell when he was looking at a cork underneath his microscope.

A

ROBERT HOOKE(1655)

19
Q

conducted a controlled experiment where he showed living organisms come

A

FRANCESCO REDI(1668)

20
Q

conducted a controlled experiment where he showed living organisms come

A

FRANCESCO REDI(1668)

21
Q

He first discovered free-living algaeSpirogyra cellsin water in the pond in 1674 with the improved microscope.He observed living cells and called them ‘animalcules’. Some small ‘animalcules’ are now called bacteria.

Also known as FATHER OF MICROBIOLOGY

A

ANTOINE VAN LEEUWENHOEK

22
Q

He first discovered free-living algaeSpirogyra cellsin water in the pond in 1674 with the improved microscope.He observed living cells and called them ‘animalcules’. Some small ‘animalcules’ are now called bacteria.

Also known as FATHER OF MICROBIOLOGY

A

ANTOINE VAN LEEUWENHOEK

23
Q

a microscopist, was a staunch supporter of the aforementioned theory ofspontaneous generation, which wasthe idea that living organisms can develop from non-living matter.

24
Q

a microscopist, was a staunch supporter of the aforementioned theory ofspontaneous generation, which wasthe idea that living organisms can develop from non-living matter.

25
discovered the nucleus of the cell. This nucleus became very important to figure out how cells lived and died. His discovery of the nucleus and its role helped to put together the cell theory, which states that all living organisms are composed of cells, and cells come from pre-existing cells.
ROBERT BROWN
26
discovered the nucleus of the cell. This nucleus became very important to figure out how cells lived and died. His discovery of the nucleus and its role helped to put together the cell theory, which states that all living organisms are composed of cells, and cells come from pre-existing cells.
ROBERT BROWN
27
He is notable for his research in protozoan. Dujardin worked with microscopic animal life, and in 1834 proposed that a new group of one-celled organisms is called Rhizopoda. In the foraminifera, he noticed an apparently formless life substance that he named Sarcode later known as Protoplasm.
FELIX DUJARDIN
28
He is notable for his research in protozoan. Dujardin worked with microscopic animal life, and in 1834 proposed that a new group of one-celled organisms is called Rhizopoda. In the foraminifera, he noticed an apparently formless life substance that he named Sarcode later known as Protoplasm.
FELIX DUJARDIN
29
He discovered plants are made of cells. He also stated that cells were responsible for growth because it contains a nucleus. Therefore cells are the building blocks to plants.
MATTHIAS SCHLEIDEN
30
saw a connection between plants and animals how they had similar cell structures.
THEODOR SCHWANN
31
concluded three things that became vital components of the cell theory. First, he concluded that both plants and animals were composed of cells. Second, these cells have independent lives. Third, these independent lives are subject to the organism's life.
THEODOR SCHWANN
32
concluded three things that became vital components of the cell theory. First, he concluded that both plants and animals were composed of cells. Second, these cells have independent lives. Third, these independent lives are subject to the organism's life.
THEODOR SCHWANN
33
provided evidence against the idea of spontaneous generation (i.e., living matters can spontaneously arise out of non-living matters). In this case, the spontaneous generation proposed that air could cause the existence of living organisms. He was a scientist who studied disease causes and preventions and found out that there were microorganisms in food.
LOUIS PASTEUR
34
provided evidence against the idea of spontaneous generation (i.e., living matters can spontaneously arise out of non-living matters). In this case, the spontaneous generation proposed that air could cause the existence of living organisms. He was a scientist who studied disease causes and preventions and found out that there were microorganisms in food.
LOUIS PASTEUR
35
He also invented a way to prevent food from making people sick, this was called
PASTEURIZATION
36
He also invented a way to prevent food from making people sick, this was called
PASTEURIZATION
37
used the theory that all cells arise from pre-existing cells to lay the groundwork for cellular pathology, or the study of disease at the cellular level.
RUDOLF VIRCHOW
38
Developed Modern Germ Theory on 1860's
LOUIS PASTEUR
39
FATHER OF CELL BIOLOGY
GEORGE EMIL PALADE
40
is defined as the smallest, basic unit of life that is responsible for all of life's processes.
CELLS
41
is defined as the smallest, basic unit of life that is responsible for all of life's processes.
CELLS