Richard Lab:Amplified insert assembly: Difference between revisions

From OpenWetWare
Jump to navigationJump to search
no edit summary
No edit summary
Line 3: Line 3:
==Overview==
==Overview==


This is what [[User:Michael A. Speer|Mike]] calls "New Standard Assembly" and is a method of "bio-bricking" two biological parts (i.e. pieces of DNA) together.  For more information on bio-bricking see [http://partsregistry.org/Help:Contents this link].  This method combines the ease and speed of 3A assembly with the reliability of standard assembly.  Major benefits of this assembly method over other bio-brick assembly methods include:
This is what [[User:Michael A. Speer|Mike]] calls "New Standard Assembly" and is a method of "BioBricking" two biological parts (i.e. pieces of DNA) together.  For more information on bio-bricking see [http://partsregistry.org/Help:Contents this link].  This method combines the ease and speed of 3A assembly with the reliability of standard assembly.  Major benefits of this assembly method over other bio-brick assembly methods include:


*no need for [[Richard Lab:Agarose Gel Electrophoresis|gel electrophoresis]] or [[DNA Gel extraction|gel extraction]].
*no need for [[Richard Lab:Agarose Gel Electrophoresis|gel electrophoresis]] or [[DNA Gel extraction|gel extraction]].
*the ability to insert small (i.e. invisible on a gel) parts.
*the ability to insert small (i.e. invisible on a gel) parts.
*no need to fool with [[Synthetic Biology:BioBricks/3A assembly|multiple antibiotic resistances]].
*no need to use [[Synthetic Biology:BioBricks/3A assembly|multiple antibiotic resistances]].
*no having to make construction vectors.
*no having to make construction vectors.
*really low background transformation
*really low background (99% of colonies are correct)
**This means less sequencing
*Easy transformation (use homemade competent cells)
*Less culturing
**This is because one plasmid prep can supply many PCR inserts.  So common parts (i.e. promoters and RBSs) can be used over and over again. 


This protocol is typically used to do bio-brick assembly with restriction sites consisting of the following configuration:
This protocol is typically used to do bio-brick assembly with restriction sites consisting of the following configuration:
1,721

edits

Navigation menu