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Question

(A) The correct matches are as follows:$(1)$ Robert Brown discovered the nucleus in the cell, so $(1-S)$.$(2)$ Rudolf Virchow proposed that all cells

Vedclass · Accepted Answer

$(1-S), (2-P), (3-Q), (4-R)$

Vedclass · Answer

(A) The correct matches are as follows:$(1)$ Robert Brown discovered the nucleus in the cell, so $(1-S)$.$(2)$ Rudolf Virchow proposed that all cells arise from pre-existing cells (Omnis cellula-e cellula), which gave the final shape to the cell theory, so $(2-P)$.$(3)$ Hans Christian Gram developed the Gram staining method to differentiate bacteria, so $(3-Q)$.$(4)$ $J$.$D$. Robertson proposed the unit membrane concept, which suggests that all cellular membranes have a similar structure, so $(4-R)$.Therefore, the correct sequence is $(1-S), (2-P), (3-Q), (4-R)$.

Column $X$	Column $Y$
$(1)$ Robert Brown	$(P)$ Final shape of cell theory
$(2)$ Virchow	$(Q)$ Bacterial staining method
$(3)$ Gram	$(R)$ Unit membrane concept
$(4)$ Robertson	$(S)$ Discovery of nucleus

Select the correct match for $X$ and $Y$:
Column $X$ Column $Y$
$(1)$ Robert Brown $(P)$ Final shape of cell theory
$(2)$ Virchow $(Q)$ Bacterial staining method
$(3)$ Gram $(R)$ Unit membrane concept
$(4)$ Robertson $(S)$ Discovery of nucleus

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Select the correct match for $X$ and $Y$:Column $X$Column $Y$$(1)$ Robert Brown$(P)$ Final shape of cell theory$(2)$ Virchow$(Q)$ Bacterial staining method$(3)$ Gram$(R)$ Unit membrane concept$(4)$ Robertson$(S)$ Discovery of nucleus