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91. ARMS PCR - Will it work? (reply: 2)
93. 16s rRNA - (reply: 1)
95. northern blot, mRNA and the study of splicing - how can I study mRNA? (reply: 2)
97. help - (reply: 4)
99. Selection coefficent for weak selection? - (reply: 1)
101. Sequencing DNA - (reply: 2)
103. DNA markers - Gel run agarose or PAGE (reply: 1)
105. Mutations - (reply: 1)
107. How do you work out a restriction digestion map for a circular DNA plasmid? - (reply: 2)
109. What factors affect the separation and visualisation of DNA fragments in gel ele - (reply: 1)
111. In DNA gel electrophoresis, what happens to lambda fragments after being treated - (reply: 2)
113. Full-length transcript amplication - (reply: 2)
115. rare stop codons - (reply: 2)
117. SNP J12612 - (reply: 2)
119. breast cancer risk for Asian immigrants - (reply: 2)
93. 16s rRNA - (reply: 1)
95. northern blot, mRNA and the study of splicing - how can I study mRNA? (reply: 2)
97. help - (reply: 4)
99. Selection coefficent for weak selection? - (reply: 1)
101. Sequencing DNA - (reply: 2)
103. DNA markers - Gel run agarose or PAGE (reply: 1)
105. Mutations - (reply: 1)
107. How do you work out a restriction digestion map for a circular DNA plasmid? - (reply: 2)
109. What factors affect the separation and visualisation of DNA fragments in gel ele - (reply: 1)
111. In DNA gel electrophoresis, what happens to lambda fragments after being treated - (reply: 2)
113. Full-length transcript amplication - (reply: 2)
115. rare stop codons - (reply: 2)
117. SNP J12612 - (reply: 2)
119. breast cancer risk for Asian immigrants - (reply: 2)