Protected scientific sandbox · Resin & Trichomes Lab

Transplant · change of root zone

Study the transplant as a management event within the stage, with root adaptation and water balance

Resin & Trichomes Stage: Seedling/early establishment 12 plant(s) Greenhouse Pot or container 8–10 minutes

Simulation: Controlled Biological Eustress

Slide the lever to see, in an illustrative Sandbox simulation, how Glandular trichome density changes when the protocol is activated. It isn't a promise of a result in a real crop.

Demo only · no real formula
12.5%

Stagnant culture, without biochemical adjustment

Glandular trichome density estimated by visual inspection of the culture. Simulation for demonstration purposes — a real result always depends on genetics, management and specific conditions of each crop.

What's behind this simulation? See the actual scientific protocol

Biological eustress is a real principle of plant physiology: a controlled and deliberate stress — never harmful — that pushes the plant to produce more than one defense or reserve compound. In Resin & Trichomes, that compound is the resin of glandular trichomes.

Yolia only suggests it in the flowering, fruiting or ripening stage — never before — as an environmental management protocol that you control in your own growing space. It is not a dose or a fertilizer, and it does not go through the engine that calculates your formula.

Related terms:

The real protocol, step by step

  1. Raise the space temperature to 27°C–28°C.
  2. Lower the relative humidity to ~35%.
  3. Apply a nighttime thermal shock of 15°C–16°C.
  4. In the last 48–72 hours before cutting, apply total darkness (complete blackout, no light).

The security padlock (CATASTROPHIC_LIMIT)

Before suggesting it, Yolia checks your log and your control plant. If you find any of these signs, the protocol shuts itself down — it never suggests stressing a plant that's already doing poorly:

  • The case is in protection mode (the crop needs to stabilize first).
  • The risk level of the case is critical.
  • The last observation of the control plant reports general symptoms (possible wilting or leaf necrosis).
  • The reported vigor of the control plant is 2/5 or less.
  • The recent log contains a serious warning word (withered, necrosis, died, completely dried up, burned).

This is not an animation designed just for the Sandbox: it is the same protocol — with the same security lock — that Yolia shows today inside the real workspace of a paying client at Resina & Tricomas Lab.

Consult the real advisor (live, without saved data)

Choose a stage and state of the control plant. This calls live the same engine ResinEustressAdvisor which checks the CATASTROPHIC_LIMIT lock in the real Lab — not an animation, not fixed text.

Glandular viewer and biosynthetic pathway (illustration, same lever as above)

This is NOT a real photograph — it is a schematic illustration that reacts to the same "Activate Biological Eustress" lever from the previous section, so you get the idea without faking a photo we don't have.

Status: milky translucent (protocol inactive)

Actual biosynthetic pathway (BH-01/BH-02)

BH-02 (grenetin nitrogen) is removed only during flowering — that's why its line is cut off. BH-01 (sulfur, phosphorus, magnesium, iron, zinc, manganese) is the active route to the resin at this stage.

Actual source:

Morphology and genetic chemotype (real case data)

Yolia stores these two pieces of data as-is in your case (genetic_morphology_hint, genetic_chemotype_hint). Today they're informational — they don't activate any other engine by themselves — and we tell you that plainly, without inventing an effect the system doesn't have yet.

Flight console · 8 real doors (Stage 8.5.1)

This calls the same actual 8-gate evaluation engine that the actual Lab reviews before even considering activating the specialized Resin & Trichomes module. Move the controls and watch each door open or lock with real thresholds — like a real control panel, not an illustration.

What controls

What it measures: What phase of the glandular cycle is the trichome in right now?

Outside of "Secretary": locks Door 1 (if it is "Unknown") and removes Doors 7 and 8 from one of their open requirements.

In "Secretary": It is the only phase that allows Gates 1, 7 and 8 to advance without objection.

Where to use: Doors 1, 7 and 8.

What controls

What it measures: how certain the declared botanical identification of the specimen is.

In "Low": it blocks Gate 4 and Gate 8, and also prevents the general engine from marking the case as a safe candidate.

In "High" or "Verified": meets the identity requirement at both doors.

Where to use: Gate 4, Gate 8 and the general security check.

What controls

What it measures: the declared risk level for this case.

In "Critic": By itself it sends the entire engine into protection mode, regardless of how the other doors are.

In "Standard" or "High": does not lock on its own — the result depends on the other doors.

Where to use: general security check, not an individual door.

What controls

What it measures: how much physical damage there is to the glandular trichome structure.

At 0%: without damage, it does not put any obstacles to Gate 3.

At 100%: Gate 3 (Secretory Integrity) is blocked as soon as it exceeds 15%.

Where to use: Door 3.

What controls

What it measures: how much capacity the glandular head has to retain what it produces.

At 0%: lock Gate 3 immediately (you need at least 60%).

At 100%: maximum capacity, meets the threshold without problem.

Where to use: Door 3.

What controls

What it measures: if the plant produces (source) and transports (sink) in balance.

At 0%: locks Door 2 (needs at least 65%) and adds a negative observation at Gate 7.

At 100%: opens Gate 2 unconditionally.

Where to use: Door 2 and Door 7.

What controls

What it measures: if what is generated can be moved and used later in the chain, not just produced.

At 0%: locks Gate 4 (needs 65% + High/Verified identity) and also Gate 7.

At 100%: meets the numerical requirement of Gate 4 (still depends on identity).

Where to use: Gate 4 and Gate 7.

What controls

What it measures: how developed the general glandular capacity of the specimen is.

At 0%: adds a negative observation at Gate 7 (needs at least 60%).

At 100%: It meets that requirement without a problem.

Where to use: Door 7.

What controls

What it measures: how well the plant recovers from an intervention or stress.

At 0%: locks Gate 8 (needs at least 75%).

At 100%: meets the recovery requirement.

Where to use: Door 8.

What controls

What it measures: how solid and verifiable the evidence/documentation of the case is.

At 0%: locks Gate 8 (needs at least 75%).

At 100%: meets that evidentiary requirement.

Where to use: Door 8.

What controls

What it measures: how many stress factors affect the plant at this time.

At 0: it does not put any obstacles to Gate 8.

Above 0: Any active stressor blocks Gate 8 — there is no "tolerable level," there just needs to be one.

Where to use: Door 8.

What controls

What it measures: if the 6 health signs (plant, root, water, pest, disease, thermal) are all in order.

Unchecked: lock Gate 8 immediately.

Marked: meets the requirement — all 6 must be good, the majority is not enough.

Where to use: Door 8.

What controls

What it measures: if a person has already authorized to review this case — the engine never decides this alone.

Unchecked: blocks Gate 8, without exception.

Marked: meets that Gate 8 requirement.

Where to use: Door 8.

What controls

What it measures: whether the lipid source used is traceable, unoxidized and has a declared function.

Unchecked: blocks Gate 6 (Omega Lipid Compatibility) immediately.

Marked: open Door 6.

Where to use: Door 6.

What controls

What it measures: if the three context data (time, light, temperature) of the observation have already been recorded.

Unchecked: Gate 5 (Glandular Clock) stays at “data missing” — it never calculates an exact cutoff time, it only confirms if there is enough context.

Marked: Gate 5 becomes "observation context ready".

Where to use: Door 5.

What controls

What it measures: whether there is a critical risk alert on right now, apart from the declared risk level.

Marked: locks Gate 7 immediately, no matter what your other variables are doing.

Unchecked: It does not put any obstacles to Gate 7.

Where to use: Door 7.

0/8ONLINE DOORS

No gate by itself authorizes delivery of formula, ingredients, or dosage (formula_delivery_enabled, ingredients_delivery_enabled and dose_delivery_enabled are always false in this engine) — it's an evaluation-and-flag-only system.

Declared chemotype monitor (not an engine calculation)

Honesty first: Yolia doesn't yet have an engine that calculates the exact percentage of primary or secondary resin acid or terpenes in your plant. This shows your declaration (the same genetic_chemotype_hint from the selector above), not a real measurement.

Thermal decarboxylation reactor (general science, not Yolia engine)

This does NOT call any Yolia engine — it is an illustration of resin chemistry widely documented in public literature: heat converts the raw (non-psychoactive) plant acids into their active forms. A controlled oven (~105°C–120°C, for several minutes) does this conversion with little loss; a direct flame (>300°C) burns most of the compound immediately rather than carefully converting it.

GUIDE TO THIS SCREEN

How to read the Start of the file

You don't need to understand everything at the same time. Choose how deep you want to go.

See the full guideHide the guide
What are you seeing?

This screen summarizes the entire case and tells you what is known about it before you have to decide anything.

Why it matters

It gives you the big picture first, so you don't interpret a loose detail without knowing what the case is.

How to think about it

Don't try to read it all at once: look first at the floor, stage, objective, and status of the Lab, in that order, one thing at a time.

Very simple example

It's like the cover of a medical record: you first know who it's talking about and what it's investigating, before reading any lab results.

Look at this first:
  • Plant and stage
  • Objective of the case
  • Tour status
  • What is protected
Words you can touch:
Open next section →
Yolia explains before decidingPrepared data, evidence, unknown and next action are displayed separately.
Demo File
C1–C4Library · recommendations · evidence · learning
D1–D3Universal engine · Yolia cases · laboratories
Locked fieldNo private formula, dosage or operational authorization

Understand the case before acting

This is the file door. From here you can navigate the science, open Living Library, and execute only one protected decision.

Open Living LibraryStart scientific tour

What is Yolia watching?

Study the transplant as a management event within the stage, with root adaptation and water balance

The reading combines identity, environment, roots, water, light, climate, objectives, risk and evidence.

What does not invent

A value that is not part of the file is kept as unknown. Yolia explains what is missing and how to get it before a real decision.

Objectives of the case

  • root adaptation
  • water balance
  • reacclimatization
  • continuity of growth

Starting risk

high

A risk does not automatically become a recommendation. It is first contrasted with capacity, context and observable signals.

After transplanting some plants lose turgidity. What should be distinguished first?

The selection only demonstrates how Yolia separates a prudent path from an uncertain or overloaded path.

No operational delivery