1.These are descriptive and involve characteristics that can’t usuallybe counted.
2.These are expressed as numbers, obtained by counting ormeasuring.
3.A ________ is a proposed scientific explanation for a set ofobservation.
4.When the reporting results are taken right it became theory. Thehypothesis that stands the test of time (often tasted neverrejected) are called ________.
5.It is the process of gathering information about events orprocesses in a careful orderly way.
6.are methods or procedures that are used to study living things. They include experimental and computational methods, approaches, protocols, and tools for biological research.
7.is the most common lab technique widely used in the field of cell and molecular biology.
8.___________ gene expression analysis at mRNA level, also used in the study of RNA degradation, RNA splicing & determining RNA half-life.
9.can be used to study mutagenesis and carcinogenesis by application of potent mutagens. The cells can also be screened for drug discovery and development.
10.This is a useful technique for cell sorting i.e separating different types of cells from a heterogeneous mixture of cells. This instrument is so sophisticated that it can be used to identify multiple physical characteristics of a single cell.
2.These are expressed as numbers, obtained by counting ormeasuring.
3.A ________ is a proposed scientific explanation for a set ofobservation.
4.When the reporting results are taken right it became theory. Thehypothesis that stands the test of time (often tasted neverrejected) are called ________.
5.It is the process of gathering information about events orprocesses in a careful orderly way.
6.are methods or procedures that are used to study living things. They include experimental and computational methods, approaches, protocols, and tools for biological research.
7.is the most common lab technique widely used in the field of cell and molecular biology.
8.___________ gene expression analysis at mRNA level, also used in the study of RNA degradation, RNA splicing & determining RNA half-life.
9.can be used to study mutagenesis and carcinogenesis by application of potent mutagens. The cells can also be screened for drug discovery and development.
10.This is a useful technique for cell sorting i.e separating different types of cells from a heterogeneous mixture of cells. This instrument is so sophisticated that it can be used to identify multiple physical characteristics of a single cell.
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1.These are descriptive and involve characteristics that can’t usuallybe counted.
2.These are expressed as numbers, obtained by counting ormeasuring.
3.A ________ is a proposed scientific explanation for a set ofobservation.
4.When the reporting results are taken right it became theory. Thehypothesis that stands the test of time (often tasted neverrejected) are called ________.
5.It is the process of gathering information about events orprocesses in a careful orderly way.
6.are methods or procedures that are used to study living things. They include experimental and computational methods, approaches, protocols, and tools for biological research.
7.is the most common lab technique widely used in the field of cell and molecular biology.
8.___________ gene expression analysis at mRNA level, also used in the study of RNA degradation, RNA splicing & determining RNA half-life.
9.can be used to study mutagenesis and carcinogenesis by application of potent mutagens. The cells can also be screened for drug discovery and development.
10.This is a useful technique for cell sorting i.e separating different types of cells from a heterogeneous mixture of cells. This instrument is so sophisticated that it can be used to identify multiple physical characteristics of a single cell.
1. Qualitative Data
2. Quantitative Data
3. Hypothesis
4. Theories
5. Observations
6. Biological techniques
7. Blotting
8. Messenger RNA
9. Stem Cells
10. Cell Separation
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