Nova vs EverSlim
Two states against fifty-one, and two ways of counting the service in.
Nova
Editorial
$139/mo
Nova advertises compounded semaglutide at $229 a month by injection and $139 as an oral, with compounded tirzepatide at $279 and $159. The injection figures are stated as all-in, covering medication, shipping and a required Nova Care fee. Three of the four rates changed between checks, the injections upward. Two states are served.
Pick it for: Readers in Texas or Florida who want the fee counted in
EverSlim
Editorial
$113/mo
EverSlim prices compounded semaglutide at a flat $113 a month and compounded tirzepatide at a flat $136, with the medication, the provider visit and shipping described as included in both. It reaches fifty states and the District of Columbia. No prepay ladder is published, so nothing has to be bought in advance to reach either rate.
Pick it for: Readers anywhere else who want the same kind of inclusion
Our verdict
Nova counts a mandatory care charge inside its injection figures but ships to Texas and Florida only. EverSlim includes the visit and ships nationally. For most readers this is decided by the map.
What actually separates them
Nova and EverSlim state different things about published price. Everything else they publish, they publish the same way.
Nova costs $26 more than EverSlim — 23% more for the same molecule. Whether that buys anything is what the rest of this page is for.
Over twelve months that is about $1,356 at EverSlim against $1,668 at Nova — a difference of $312.
| Nova | EverSlim | |
|---|---|---|
| Published price | $139/mo | $113/mo |
Before you choose either
Ask both sellers what dose the monthly price buys before you compare the two figures. A price is only a price once you know what quantity it is attached to, and a seller that will not answer has told you something. Set both against every published price we hold rather than against each other alone.
Our take is computed from a published rubric that does not read commercial status, and what is known about safety applies to both of them equally.