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--- chapter_13 [2024/09/01 18:28] – [A general model for regulation of eukaryotic gene expression] mike
+++ chapter_13 [2025/04/29 11:54] (current) – [Galactose metabolism in yeast] mike
@@ Line 1: / Line 1: @@
-<typo fs:x-large>Chapter 13. Gene regulation in eukaryotes</typo>
+<-chapter_12|Chapter 12^table_of_contents|Table of Contents^chapter_14|Chapter 14->
+<typo fs:x-large>Chapter 13. %%Gene regulation in eukaryotes%%</typo>
 ===== Introduction =====
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-Once a gene (such as $gal1$) has been identified as being inducible under certain conditions (in this case by the addition of galactose), we can begin to dissect its regulatory mechanism by isolating mutants that defective in the regulatory process, i.e., mutants that constitutively express the $GAL$ genes even in the absence of galactose, and mutants that have lost the ability to induce the $GAL$ genes in the presence of galactose. If we were studying galactose regulation today, we would probably use a $lacZ$ reporter system similar to what we discussed in [[chapter_12|Chap. 12]].
+Once a gene (such as $gal1$) has been identified as being inducible under certain conditions (in this case by the addition of galactose), we can begin to dissect its regulatory mechanism by isolating mutants that are defective in the regulatory process, i.e., mutants that constitutively express the $GAL$ genes even in the absence of galactose, and mutants that have lost the ability to induce the $GAL$ genes in the presence of galactose. If we were studying galactose regulation today, we would probably use a $lacZ$ reporter system similar to what we discussed in [[chapter_12|Chap. 12]].
 <figure Fig2>