Panel guide
Why a photograph is not an ingredient name
A photograph of a plant is persuasive, memorable and completely uninformative. This guide sets out the five things a real ingredient entry carries, what each one lets a reader actually do, and what is left when all five are replaced by a picture.
A proper botanical entry carries a common name, a Latin binomial, the plant part, an extract ratio or standardisation, and an amount. Each does a different job and none substitutes for another. The ingredient graphic supplied with Dentanol is eight photographs and zero of the five.
What a photograph actually tells you
Consider what a reader receives from a picture of a root on a packet. They receive an impression: that the product is botanical, that it comes from somewhere rather than from a factory, that somebody thought about what went into it. Every one of those impressions is a feeling rather than a fact, and none of them survives contact with a single practical question.
Here is the test that settles it. Can you type the picture into a search box? Can you show it to a pharmacist and have them check it against your prescription? Can you compare it with the same ingredient in a competing bottle? Can you check it against your allergy? A photograph fails all four, and it fails them regardless of how good the photograph is.
This is not an argument that pictures do not belong on packaging. It is an argument that a picture cannot occupy the place where a name should be. The two do different work, and only one of them can be acted on.
There is a further problem specific to plants. Botanical photographs are genuinely hard to identify: roots, dried bark and cut slices look alike across unrelated species, and related species with very different properties can be indistinguishable in processed form. A reader who feels certain about a picture of a pale forked root is certain about a resemblance, not performing an identification.
1. The common name
What it is. The everyday English name of the ingredient: the words a person would use in conversation.
What it lets you do. Begin. It is the minimum unit of information that makes anything else possible — a search, a question to a pharmacist, a comparison between two bottles, a glance down an allergy card. Everything downstream of an ingredient list starts with being able to say what the ingredient is called.
Its limits. Common names are imprecise and they travel badly. The same plant carries several names in different regions and trades, and the same name sometimes attaches to more than one plant. That imprecision is why the second item on this list exists and why a common name alone is a starting point rather than a specification.
2. The Latin binomial
What it is. The two-part scientific name of the species, in italics: genus and species, as used in every botanical and pharmacological database in the world.
What it lets you do. Look the ingredient up and be certain you are reading about the right plant. A binomial resolves the ambiguity a common name leaves behind: it identifies one species and no other, which is exactly what a search of the published literature requires. It also lets you tell whether two bottles using different marketing words are actually selling the same thing.
Why its absence matters most on a botanical. Species within a genus can differ substantially in the compounds they contain, and a product naming only a genus, or only a trade name, has not told you which one is in the bottle. A binomial on a label is the difference between an ingredient you can research and an ingredient you can only trust.
3. The plant part
What it is. Which part of the plant was used: root, leaf, seed, bark, fruit, flower, aerial parts, whole herb.
What it lets you do. Know whether the ingredient in the bottle resembles the ingredient in any study you find. This is the item most often left off a label and it changes more than most readers expect: different parts of the same plant contain different compounds in different concentrations, and published work is nearly always done on one specified part. A study of a root does not transfer to a leaf simply because the species matches.
It is also the item a photograph most nearly supplies and still does not. A picture of a root suggests the root was used; it does not state it, and a graphic that pictures a root while the tablet contains a leaf extract is not making a false statement, because it is not making a statement at all.
4. The extract ratio or standardisation
What it is. Either a ratio, written as something like 10:1, meaning ten parts of raw material concentrated into one part of extract; or a standardisation, written as a percentage of a named constituent, meaning the extract has been adjusted so that a stated fraction of it is that compound.
What it lets you do. Compare two amounts that are not comparable on their face. Without it, a milligram figure is nearly meaningless on an extract: 200 mg of raw powdered herb and 200 mg of a concentrated extract are different quantities of the thing you are interested in, sometimes by an order of magnitude. A standardisation goes further and lets you calculate how much of the specific constituent a serving delivers, which is usually the figure a study reports.
Its own trap. A ratio with no plant part and no binomial is decoration, and a percentage of an unnamed constituent is worse. These five work as a set: a number attached to an unnamed thing is not information, which is the general principle this entire guide rests on.
5. The amount
What it is. How much of the ingredient is in one serving, in milligrams, micrograms or grams, printed beside the name on the Supplement Facts panel.
What it lets you do. Judge. Everything before this item identifies the ingredient; this one tells you whether there is enough of it to matter. It is what lets you compare a bottle with a study, and a bottle with the bottle beside it. An ingredient present at a fraction of the studied amount is on the label for the label’s benefit rather than yours, and the only way to detect that is to have the number.
Why it comes last. An amount is the only one of the five that is useless on its own. A panel reading 350 mg beside a blank tells you nothing whatsoever. The four before it identify what is being measured; this one measures it.
The worked example: eight pictures, zero of five
The ingredient graphic supplied with Dentanol is a circle of eight photographs of plants arranged around a blank centre, with no captions and no names. Here is the entire disclosure, position by position, described exactly as far as a photograph can be described.
| Detail | What we were actually given |
|---|---|
| Position 1, top left | A bundle of pale, fibrous, forked roots with fine rootlets. |
| Position 2, top right | Cut, dried, pale woody slices, stacked. |
| Position 3, right upper | Coarse grey-brown shredded bark or stem pieces. |
| Position 4, right lower | Two thick cut tubers, brown-skinned and white-fleshed. |
| Position 5, bottom right | A strawberry, a blackberry and a raspberry with leaves. |
| Position 6, bottom left | Long, tan, dried root strips. |
| Position 7, left lower | A whole flowering plant with toothed leaves, drawn rather than photographed. |
| Position 8, left upper | Small red berries on a stem with oval leaves. |
Now hold that against the five. There is no common name in any position, so nothing can be typed into a search box. No Latin binomial, so nothing can be looked up with certainty. No plant part — though four of the eight photographs show what look like roots, bark or dried slices, a picture of a root is not a statement that the root was used. No ratio and no standardisation. And no amount, in any unit, anywhere.
Eight photographs, five fields, zero entries. The ingredients page lists all eight positions with the same description and the same silence beside each.
One of the eight is not even a photograph: position seven is a drawn flowering plant with toothed leaves. That is worth noting because it shows how little the graphic is doing — if one of eight can be a drawing without anybody noticing, the panel is decorative in function as well as in effect.
The five-line test
Take this away and use it on any botanical entry on any bottle. Read one line of an ingredient list and ask which of the five it gives you.
- Is there a common name? If not, there is nothing to discuss.
- Is there a Latin binomial, in italics, with two parts? If not, you cannot be certain which species you are researching.
- Is the plant part stated? If not, you cannot tell whether a study you find applies.
- Is there a ratio or a standardisation? If not, the milligram figure beside an extract is not comparable with anything.
- Is there an amount? If not, or if it is pooled into a proprietary blend total, you have names without doses.
Five out of five is a well-specified entry and it is not rare — plenty of ordinary bottles manage it. Three out of five is common and workable, because the first three at least let you find out what you are taking. One or two means you can identify the ingredient and not judge the dose. Zero out of five, across eight positions, is what a circle of uncaptioned photographs delivers, and it is the reason this site describes those eight and names none of them.
The request that fixes it is a single telephone call. Ask the order desk on +1 (302) 200-3480 for the ingredient list with the common name, the Latin name, the plant part and the amount for each of the eight. It is an entirely ordinary thing to ask a seller for, and the wording to use is on the where-to-buy page.
Ask for the panel before you pay
Thirty chewable tablets, a published price to the cent, and a 60-day money-back window. What is not published is the Supplement Facts panel, the ingredient list, the serving size and the allergen statement. The order desk can be asked for all four in writing, and that request costs nothing.
60-day window · Questions first? Call +1 (302) 200-3480