Custom Production Service
Giotto Biotech is pleased to offer, in addition to the products shown on this website, a custom production service for proteins and organic compounds.
Feasibility study
Our experts will create a detailed feasibility study that will be accompanied by precise projections of delivery times.
We can also offer a multiple-step production that will allow you to evaluate our results step-by-step, as well as the possibility of success of the following step.
Proven high purity
Our custom proteins follow a strict quality control process including MALDI mass analysis, NMR and SDS/page and/or HR chromatography, and are accompanied by detailed documentation.
Our organic compounds purity and identity is assessed by GC-MS, HPLC and high-field NMR.
Uniform and selective labeling
All our proteins can be selectively and uniformly labeled with stable isotopes, typically 13C, 15N, and 2H.
Non-disclosure agreement
Upon request we are open to signing a non-disclosure agreement in order to protect our clients’ confidential information or the materials that are shared with us.
Contact us for further information
Photos by ThisisEngineering RAEng and Alex Kondratiev on Unsplash
MBP price | MMP price | Alpha Synuclein | Alpha Synuclein freeze fryed | alpha Synuclein 15N | alpha Synuclein 13C15N | Calbindin | Calbindin D9K | Calbindin D9K 15N | Calbindin D9K 15N in NMR tube | Calbindin D9K 13C15N | Calbindin D9K 13C15N in NMR tube | Calmodulin | Calmodulin 15N | Calmodulin 13C15N | Calmodulin N60D | Calmodulin N60D – 15N | Calmodulin N60D – 13C15N | COP | fMLF | fMLF 15N | fMLF 13C15N | fMLF 2H13C15N | fMLF 2H13C15N in rotor | GB1 | GB1 15N | GB1 13C15N | GB1 13C15N in NMR tube | GB1 2H13C15N | GB1 2H13C15N in NMR tube | GB1 15N microcrystals | GB1 13C15N microcrystals | GB1 13C15N microcrystals | GB1 2H13C15N microcrystals | GB1 2H13C15N microcrystals in MAS rotor | MBP 15N | MBP 15N in NMR tube | MBP 13C15N | MBP 13C15N in NMR tube | MBP 2H13C15N | MBP 2H13C15N in NMR tube | Menkes | MMP | MMP1 catalytic | MMP1 hemopexin | MMP2 catalytic | MMP2 hemopexin | MMP3 catalytic | MMP3 catalytic inactive | MMP3 catalytic, mutantantant improved | MMP7 catalytic | MMP8 catalytic | MMP9 catalytic | MMP10 catalytic | MMP12 catalytic | MMP12 catalytic inactive | MMP12 catalytic mutantant improved | MMP12 hemopexin | MMP13 catalytic mutantant improved | MMP13 catalytic inactive | MMP14 catalytic mutantant improved | MMP19 catalytic | MMP20 catalytic | S100 | S100A1 | S100A2 | S100A4 | S100A5 | S100A7 | S100A8 | S100A9 | S100A8-9 | S100A10 | S100A12 | S100A13 | S100A14 | S100A16 | S100B | S100P | S100Z | S100 A1 | S100 A2 | S100 A4 | S100 A5 | S100 A7 | S100 A8 | S100 A9 | S100 A8-9 | S100 A10 | S100 A12 | S100A13 | S100A14 | S100 A16 | S100 beta | S100 P | S100 Z | SH3 | SH3 15N | SH3 13C15N | SOD1 Cu/Zn | SOD 1 | SOD1 15N | SOD1 13C15N | SOD1 mutantantants | Ubiquitin | ubiquitin 15N | ubiquitin 13C15N | ubiquitin 2H13C15N | ubiquitin 15N microcrystals | ubiquitin 13C15N microcrystals | ubiquitin 13C15N microcrystals | ubiquitin 2H13C15N microcrystals | ubiquitin 2H13C15N microcrystals | MAS rotor | microcrystals