Molecule Cards provide additional information on any molecule in your pathways. You can directly access Molecule Cards from Path View by clicking on any molecule structure. In Graph View, click on any molecule node to see its structure information in a pop-up window.
Open the three-dot menu to see the following options:
Select ‘More information’ to open the card.
In the left panel, find basic information about the molecule, such as its name, molecular formula, molecular weight. If the molecule is included in our database of published molecules, you may also find its cost, popularity, CAS number, GHS hazard pictograms and Greener Alternative Product icon when applicable, and a link to its PubChem entry.
>> Greener Products & Solutions
>> PubChem
The vendor information can be found in the third lower panel on the right of the card. This is particularly useful when the vendor is not Sigma-Aldrich®, as a link to the vendor website and a catalog ID number are listed.
You can use the left/right and up/down arrows in the control box at the lower right of the card to navigate to the next or previous reaction in the pathway. Click on the molecule to go back to the molecule card ‘Details’ tab.
When this feature is selected, several calculations are run on the desired molecule to determine bond lengths, angles, and strain within the molecule. If molecular strain is detected, affected centers will be highlighted in red.
The 3D model can be rotated by clicking on the structure and holding, while moving your mouse in the desired direction. You can save the 3D structure by right clicking on it, and selecting ‘Save image as’ or ‘Copy image’.
When enabled, this tab displays which functional groups may need to be protected, as well as suggested protecting groups that will be compatible with the reaction conditions.
It is important to note that the list of compatible protecting groups is not exhaustive. SYNTHIA™ will only list a few options, even if there are many different possible protecting groups that could be used in a specific reaction.