What context can I use each word in?
Learn when and how to use these words with these examples!
isoelectronic
Example
The nitrogen molecule (N2) is isoelectronic with carbon monoxide (CO). [isoelectronic: adjective]
Example
The isoelectronic series of ions includes O2-, F-, Ne, Na+, Mg2+. [isoelectronic: adjective]
isoelectric
Example
The isoelectric point of an amino acid is the pH at which it has no net charge. [isoelectric: adjective]
Example
The protein was purified using isoelectric focusing. [isoelectric: noun]
Good things to know
Which word is more common?
Isoelectronic is more commonly used than isoelectric in scientific literature and research papers. Isoelectronic is a widely recognized term in the field of chemistry and physics, while isoelectric is more specific to certain applications such as electrophoresis and biochemistry.
What’s the difference in the tone of formality between isoelectronic and isoelectric?
Both isoelectronic and isoelectric are technical terms used in scientific contexts, and are therefore considered formal language. However, isoelectronic may be more commonly used in academic and research settings, while isoelectric may be more commonly used in laboratory or experimental settings.
