Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering

Summary

Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering is a doctoral thesis^[1].

Key Facts

• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering authored Achieving mono-PEGylation through molecular tethering — author (P50): Vinod Babu Damodaran^[2].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's instance of is recorded as Achieving mono-PEGylation through molecular tethering — instance of (P31): doctoral thesis^[3].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's publisher is recorded as Achieving mono-PEGylation through molecular tethering — publisher (P123): UC Research Repository^[4].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's DOI is recorded as 10.26021/3305^[5].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's language of work or name is recorded as Achieving mono-PEGylation through molecular tethering — language of work or name (P407): English^[6].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's country of origin is recorded as Achieving mono-PEGylation through molecular tethering — country of origin (P495): New Zealand^[7].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's publication date is recorded as +2009-00-00T00:00:00Z^[8].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's main subject is recorded as Achieving mono-PEGylation through molecular tethering — main subject (P921): polyethylene glycol^[9].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's main subject is recorded as Achieving mono-PEGylation through molecular tethering — main subject (P921): PEGylation^[10].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's work available at URL is recorded as https://ir.canterbury.ac.nz/handle/10092/3757^[11].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's Handle ID is recorded as 10092/3757^[12].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's title is recorded as Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering^[13].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's copyright holder is recorded as Achieving mono-PEGylation through molecular tethering — copyright holder (P3931): Vinod Babu Damodaran^[14].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's thesis submitted to is recorded as Achieving mono-PEGylation through molecular tethering — thesis submitted to (P4101): University of Canterbury^[15].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's on focus list of Wikimedia project is recorded as Achieving mono-PEGylation through molecular tethering — on focus list of Wikimedia project (P5008): NZThesisProject^[16].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's copyright status is recorded as Achieving mono-PEGylation through molecular tethering — copyright status (P6216): copyrighted^[17].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's online access status is recorded as Achieving mono-PEGylation through molecular tethering — online access status (P6954): open access^[18].
• Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's thesis committee member is recorded as Achieving mono-PEGylation through molecular tethering — thesis committee member (P9161): Conan J Fee^[19].

Body

Designation and Status

Solid-phase protein PEGylation: Achieving mono-PEGylation through molecular tethering's instance of is recorded as Achieving mono-PEGylation through molecular tethering — instance of (P31): doctoral thesis^[3].