January 2022
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These enzymes participate in the processes of copying RNA or replicating DNA. Ahead of the replication fork, if left alone, the DNA becomes ever more tightly tangled so that the polymerase cannot proceed along the strand. This enzyme surrounds the DNA, cuts the phosphate backbone of one strand and reseals it after having unwound the strand! This is another example of the immense complexity of cell processes.
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/ $10.00 / 295 Pages
These enzymes participate in the processes of copying RNA or replicating DNA. Ahead of the replication fork, if left alone, the DNA becomes ever more tightly tangled so that the polymerase cannot proceed along the strand. This enzyme surrounds the DNA, cuts the phosphate backbone of one strand and reseals it after having unwound the strand! This is another example of the immense complexity of cell processes.
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Paperback / $35.00 / 216 Pages / Full colour
These enzymes participate in the processes of copying RNA or replicating DNA. Ahead of the replication fork, if left alone, the DNA becomes ever more tightly tangled so that the polymerase cannot proceed along the strand. This enzyme surrounds the DNA, cuts the phosphate backbone of one strand and reseals it after having unwound the strand! This is another example of the immense complexity of cell processes.
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Order Online
Paperback / $10.00 / 121 Pages / full colour
These enzymes participate in the processes of copying RNA or replicating DNA. Ahead of the replication fork, if left alone, the DNA becomes ever more tightly tangled so that the polymerase cannot proceed along the strand. This enzyme surrounds the DNA, cuts the phosphate backbone of one strand and reseals it after having unwound the strand! This is another example of the immense complexity of cell processes.
Related Resources
Order Online
Paperback / $10.00 / 125 Pages / Full colour drawings
These enzymes participate in the processes of copying RNA or replicating DNA. Ahead of the replication fork, if left alone, the DNA becomes ever more tightly tangled so that the polymerase cannot proceed along the strand. This enzyme surrounds the DNA, cuts the phosphate backbone of one strand and reseals it after having unwound the strand! This is another example of the immense complexity of cell processes.