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Recipe · Russian · v3.8

R2-C1: Borodinsky Sourdough Bread

Advanced regional rye-track lesson: Borodinsky scalded rye on rye sourdough, red malt, coriander, caraway, and mandatory crumb maturation.

63 h 10 min Prep time
1 h 25 min Bake time
88 h 35 min Total time
1 pan loaf (~1 kg) Yield
R2-C1: Borodinsky Sourdough Bread
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Recipe

Current recipe

For baking now: the final working formula, ingredients, steps, and baking worksheet.

Baking worksheet

Course code R2-C1 — advanced regional rye bread after R1-C1 60/40 and R1-C2 80% rye
Pan Emile Henry Petit Moule Cake 1.1 L; target dough mass about 1180 g
Repeat task on the next control run, record the 24–48 h assessment: knife stickiness, sweetness, spices, doughy crumb
8 May check baked without steam: no visible external defects reported, 99.2 °C internal; for this pan loaf steam is currently optional, n=1
Lesson theory scald, rye malt, coriander, caraway, sourdough acidity, sugar/molasses sweetness, and 24–48 h crumb rest
Process theory Borodinsky is a system: sour rye, scalded malt, sweetness, coriander, pan proofing, stepped bake, storage, and crumb maturation
Refreshments 3 stages: 1:2:2 → 1:3:3 → 1:4:4; 25 g active starter goes into the Sauerteig
Scald 65 °C for 3 h; after saccharification cool to about 40 °C and refrigerate, do not leave overnight on the counter
Mix Kenwood KVC85.004SI, K-beater on Min 1–2 min; scrape and add 30–60 sec on Min if needed; target is a homogeneous thick paste, not wheat dough
Proof for the cold ceramic pan: about 2–2.5 h at 30 °C without fan, then 60–75 min on the counter during oven preheat
Ready for oven about 1.5–1.8x rise, dough at 80–90% of pan height, fine cracks/webbing on the surface
Bake 250 °C 10 min → 200 °C 25 min → 170 °C 30 min → 140 °C 20 min; steam optional, target 98–99 °C internal
Storage 2–3 h uncovered on a rack, then cotton/linen/towel; no plastic during the first day
Slice after 24 h, better 36–48 h; record knife stickiness, moisture, sweetness, coriander, and caraway

Lesson block: Borodinsky as a flavor system

R2-C1 is not just dark rye. It is a regional formula where rye sour, scald, red malt, coriander, honey, salt, and rest have to form one recognizable flavor.

Lesson question
How do acidity, sweetness, spice, moisture, and rest combine into Borodinsky without a heavy gummy center.
Main variable
Scalded rye profile: active sour, controlled scald, red malt, coriander, and calm pan proof.
Why this way
Borodinsky is not a set of add-ons; malt and honey must be balanced by sourdough acidity and a complete bake.
Expected flavor
Sweet-sour rye, clear coriander, malty depth, mature moist crumb, and long spicy aftertaste.

Theory

  • Scald adds sweetness, color, and aroma, but without enough acidity it can contribute to gummy heaviness.
  • Red malt and honey intensify flavor, so they should not hide weak sourdough or underbaking.
  • Coriander marks the style; too much can cover the grain.
  • Post-bake rest is part of the process because the rye crumb stabilizes after baking.

Checkpoints

  • Record actual scald time and temperature instead of leaving a broad 3–12 hour range.
  • Proof by dough height and surface state, not only by clock time.
  • Check internal temperature and do not slice hot.
  • Evaluate balance: acidity, sweetness, coriander, malt, salt, moisture.

Sensory

Crust
color, thickness, crunch, score opening, bitterness, toastiness
Crumb
moisture, elasticity, gumminess, chew, pore size and distribution
Aroma
separate crust and crumb aroma: floury, yeasty, milky, rye, malty, spicy
Flavor
sweetness, salt, acidity, flouriness, depth, aftertaste
Score
0–10 plus one decision: repeat, increase fermentation, change flour, change bake, or close the lesson

What comes next

  1. If gumminess remains after 24–48 hours, check scald, acidity, bake, and storage.
  2. If flavor is flat, return to sour and scald before increasing spices.
  3. The next R2 level is comparing regional scalded breads and tuning malt/acidity.
Course-frame sources

R2-C1 is an advanced regional rye lesson. This Borodinsky is not a first rye bread: it is a controlled scalded-rye system built from rye sourdough, 65 °C scald, red and white malt, coriander, caraway, sugar/molasses, stepped baking, and crumb maturation.

What This Lesson Studies

The main topic is scalded rye as a flavor system. This lesson asks how sourdough acidity, malt sweetness, coriander/caraway aroma, crumb moisture, storage, and post-bake rest work together.

After the 8 May bake, flavor is not adjusted yet. First separate real crumb moisture from early slicing and storage. If the matured crumb is stable, the next product version can become less sweet, more aromatic, or more open.

Theory

Borodinsky should not be the first rye lesson. It contains many variables at once: rye sourdough, scald, malt, sugar/molasses, coriander, caraway, high moisture, pan baking, storage, and crumb rest. That is why it belongs in R2 after the R1 fundamentals. The key controls are starter maturity, 65 °C scald, proof height, internal temperature, storage method, and crumb at 24–48 h.

Full course map, currently in Russian: Bread Lab curriculum (in Russian).

How the Borodinsky System Works

Borodinsky is not just “rye bread plus coriander.” Its flavour comes from a controlled balance:

ElementJob
Rye sourdoughAcidity, gas, enzyme control, fermented rye aroma
Malt scaldDark colour, sweetness, malt aroma, water binding
Sugar/molassesSweetness, colour, moisture, and roundness against acidity
Coriander/carawayStyle-defining aroma; too much quickly dominates
Pan proofVolume and structure in paste-like dough
Crumb restMoisture redistribution and cleaner slicing

If the bread is bland, sticky, sour, or dense, changing everything at once destroys the lesson. Adjust one variable only after storage and rested crumb are recorded.

Sourdough and Scald Have Different Jobs

Sourdough is the acid and fermentation engine. The scald is a flavour and water-binding component. A good scald cannot rescue exhausted sourdough, and strong sourdough cannot fully replace malt scald character.

The scald should be uniform, dark, and hydrated without dry pockets. The current working process is 3 h at 65 °C, then cooling and refrigeration. Do not leave the sweet wet scald overnight on the counter in this control version. The useful record is time, temperature, smell, and texture before mixing.

Proofing and Ceramic/Pan Risk

Pan rye is ready by height and surface state, not by the timer alone. Underproofing gives a heavy compact crumb. Overproofing gives collapse, strong sourness, large ruptures, or a weakened top.

Cold ceramic or a heavy pan can delay centre heating. That means a loaf can look dark outside while the crumb still needs time. Internal temperature and rested crumb matter more than colour.

Storage and Maturation

Borodinsky should not be judged from a hot slice. For the first day, avoid sealing a warm loaf tightly in plastic because trapped steam can turn the crust and surface crumb wet. A 24–48 h rest gives a cleaner read on moisture, acidity, sweetness, malt, coriander, caraway, and salt.

What to Change Later

ResultFirst adjustment to consider
Bland but well risenSalt, malt, coriander, or sourdough maturity
Sharp sournessStarter timing, inoculation, or bulk length
Sticky knife after 24 hBake, internal temperature, storage, or excess water
Dry crumbBake length, storage, or bound-water components
Good crumb but weak aromaScald time, malt quality, coriander freshness

Theory Sources

Home Adaptation

Borodinsky can be managed at home as a controlled pan bread. The professional topics — scald, acidity, malt, spice, moisture, and storage — become simple records: scald time and condition, starter readiness, proof height, internal temperature, storage method, and crumb after rest.

The home risk is changing everything at once: water, sugar/molasses, malt, spice, and bake profile. In R2-C1, change only one parameter after a clean storage check and a crumb check at 24–48 h.

Control Questions

  1. Is the actual scald time and condition known before mixing?
  2. Did the starter provide both gas and clean acidity?
  3. Did the pan loaf rise to the target height without surface collapse?
  4. Did the centre reach at least 98 °C?
  5. Was the loaf stored in cloth or paper for the first day, not sealed tightly in plastic?
  6. Does the tasting separate sweetness, acidity, malt, coriander, caraway, salt, moisture, and knife stickiness?

Sensory Card

After resting, record acidity, sweetness, malt note, coriander, caraway, moisture, knife stickiness, density, doughy mouthfeel, and aftertaste. A score is useful only together with a reason: airiness, acidity, salt, spice, crust, or storage.

Lesson Conclusion

This is the third public iteration. The next strong test should separate technological crumb moisture from storage effects. Do not change water or sweetness automatically before the crumb and storage data are collected.

Ingredients

Component Grams Baker's %
Sauerteig preferment 175 g 31.85%
Brühstück scald 490 g 89.17%
Whole-grain rye flour in final dough 275 g 50.05%
First-grade wheat flour 75 g 13.65%
Water in final dough 100 g 18.2%
Salt 10 g 1.82%
Sugar 38 g 6.92%
Molasses or honey 25 g 4.55%

Preferments, scalds, and old dough are shown as prepared components; their composition is listed in the row details and worksheet.

Ingredient details

Sauerteig preferment

Composition
25 g active rye starter + 75 g whole-grain rye flour + 75 g water
Schedule
4 h at room temperature until risen and clean lactic-sour, then 11–14 h in the refrigerator

Brühstück scald

Composition
112 g rye flour, 28 g red rye malt, 12 g white malt, 8 g coriander, 5 g caraway, 325 g boiling water
Schedule
3 h at 65 °C, cool 30–40 min, then refrigerate overnight

First-grade wheat flour

Author's brand
MukaMuka first-grade wheat
Alternatives
Limak first-grade, Predportovaya first-grade

Water in final dough

Range
80–120 g by consistency; target texture is a thick paste, not stiff dough
Author's brand
Tap water through Barrier Iron x2 filter
Alternatives
any filtered or bottled drinking water

Salt

Author's brand
Pink Himalayan salt
Alternatives
sea or table salt (avoid iodized)

Sugar

Author's brand
White sugar, no specific brand
Alternatives
any white sugar; for brown — Mistral demerara

Conditions and equipment

Conditions

Course position
R2-C1 — not an entry lesson; the 60/40 control loaf comes first
Kitchen temperature
about 22–24 °C; record the actual temperature
Doneness temperature
98–99 °C internal; probe required
Main risk
confusing technological crumb moisture with the storage effect of sealing the loaf in plastic

Equipment

Pan
Emile Henry Petit Moule Cake 1.1 L
Oven
Haier HOQ-F6QS, top-bottom heat, hand steam/steam generator, 1 upper stone during preheat
Mixing
Kenwood KVC85.004SI, K-beater on Min; hook not used
Control
probe thermometer, scale, dough-height notes

Nutrition: Borodinsky bread

Bread nutrition facts

Per 100 g of bread

192 kcal

protein 5.1 g · fat 1.1 g · carbs 40.3 g

Per slice (50 g)

96 kcal

protein 2.6 g · fat 0.6 g · carbs 20.2 g

Automatic calculation from USDA + Skurikhin database for the baked loaf after evaporation. Numbers are approximate: 1) the database covers ingredients, not finished dough; 2) bake water loss is assumed at 10% — actual loss depends on crust, time, and pan. Add 5–10% in calorie trackers if needed.

Borodinsky is a dense rye sourdough with malt, coriander, and honey. It is flavourful and filling, but because of the sweet-sour profile and density it is best eaten in thin slices.

Digestion
Rye sourdough and dense crumb usually give longer satiety than white bread. Malt and honey add flavour plus some simple sugars, so the serving still matters.
Helpful or harmful
The useful side is rye, fermentation, spices, and satiety. The risk is large slices plus sweet or fatty additions.
Amount
Often 1–2 thin slices, about 30–60 g, are enough. Taste one piece plain first.
Best pairings
Good with fish, eggs, cottage cheese, mild cheese, vegetables, herbs, borscht, or cabbage soup. Jam, honey, and sweet tea are occasional dessert pairings.

How to eat

  • Post-bake rest is required: mature crumb slices better and feels better in the mouth.
  • Use Borodinsky as a flavour accent on the plate rather than a large starch base.

Limits

  • Contains gluten, honey, and noticeable acidity.
  • For diabetes or blood glucose control, count the starch portion as well as the honey.
Sources

Instructions

  1. Refresh starter

    Run three refreshments: 1:2:2 → 1:3:3 → 1:4:4. Use 25 g active starter in the Sauerteig and save 10 g as the ongoing starter.

  2. Make scald

    Hold 112 g rye flour, 28 g red malt, 12 g white malt, 8 g coriander, 5 g caraway, and 325 g boiling water for 3 h at 65 °C. Cool 30–40 min and refrigerate.

  3. Make Sauerteig

    Hold 25 g active starter, 75 g rye flour, and 75 g water for 4 h at about 23 °C, then refrigerate 11–14 h.

  4. Mix

    Warm the scald and Sauerteig. Mix all Sauerteig, all scald, 275 g rye flour, 75 g wheat flour, 10 g salt, 38 g sugar, 25 g molasses/honey, and 100 g water with Kenwood KVC85.004SI and K-beater on Min 1–2 min; scrape and add 30–60 sec on Min if needed.

  5. Proof

    In the Emile Henry pan: about 2–2.5 h at 30 °C without fan, then 60–75 min on the counter during oven preheat. Bake at 1.5–1.8x rise with fine surface cracks.

  6. Bake

    250 °C 10 min → 200 °C 25 min → 170 °C 30 min → 140 °C 20 min. For the control repeat, bake without steam; the 8 May result is still n=1. Target 98–99 °C internal.

  7. Mature

    Cool 2–3 h uncovered on a rack, then wrap in cotton/linen/towel. No plastic during the first day. Slice after 24 h.

A compact step map; notes and comments live in the worksheet.

Working sheet: Borodinsky v3.8 · no-steam check from 8 May

Keep the formula unchanged for the next assessment: 100 g water in the final dough. The v3.7 steam conclusion remains: for the Emile Henry pan loaf, steam is currently optional after one no-defect check. In v3.8, cooling, storage, slicing, and time metadata are synchronized.

Schedule mode

Pick a starting style.

  1. Day 1, 21:00 (Day 2 09:00)

    Refreshment 1 · 1:2:2

    Mix 10 g refrigerated starter, 20 g water, and 20 g whole-grain rye flour. Hold about 12 h at around 23 °C.

    Step ingredients

    • Refrigerated starter 10 g
    • Water 20 g
    • Whole-grain rye flour 20 g
    Target
    Culture wakes up by morning; side bubbles and rise matter more than a perfect dome.
    Check
    Record time, temperature near the jar, smell, and rise mark.

    12 h timer for this step

  2. Day 2, 09:00–19:00

    Refreshment 2 · 1:3:3

    Use 8 g from refreshment 1, add 24 g water and 24 g rye flour. Hold 8–10 h during the day.

    Step ingredients

    • Starter from refreshment 1 8 g
    • Water 24 g
    • Whole-grain rye flour 24 g
    Target
    Active culture for the final overnight refreshment.
    Check
    If there is almost no rise or bubbling by evening, repeat a warm refreshment instead of moving on.
    Evidence
    Time, temperature.

    10 h timer for this step

  3. Day 2, 19:00 (Day 3 07:00)

    Refreshment 3 · 1:4:4

    Use 10 g from refreshment 2, add 40 g water and 40 g rye flour. Use by peak or recent-peak signs on the morning of 7 May.

    Step ingredients

    • Starter from refreshment 2 10 g
    • Water 40 g
    • Whole-grain rye flour 40 g
    Target
    About 90 g active starter: 25 g for Sauerteig, 10 g back to the refrigerator, the rest for discard use.
    Check
    Slight recession is acceptable if the smell is clean and the jar sides are bubbly.
    Evidence
    Peak signs, time, temperature.

    12 h timer for this step

  4. Day 3, 07:00–10:40

    Brühstück scald

    Mix the dry scald ingredients, pour in 325 g boiling water, stir quickly, cover, and hold 3 h at 65 °C.

    Step ingredients

    • Whole-grain rye flour 112 g
    • Red rye malt 28 g
    • White rye malt 12 g
    • Ground coriander 8 g
    • Ground caraway 5 g
    • Boiling water 325 g
    Target
    Dark homogeneous sweet scald with no dry lumps.
    Check
    After 3 h, cool 30–40 min to about 40 °C and refrigerate until the Friday mix.
    Evidence
    Start/end time, oven temperature.

    3 h 40 min timer for this step

  5. Day 3, 07:00–11:00

    Sauerteig preferment

    Mix 25 g active starter, 75 g rye flour, and 75 g water. Hold 4 h at about 23 °C until risen and clean lactic-sour, then refrigerate until Friday morning.

    Step ingredients

    • Active starter from refreshment 3 25 g
    • Whole-grain rye flour 75 g
    • Water 75 g
    Target
    Active but not collapsed Sauerteig; the refrigerator pause is for schedule and acidity.
    Check
    Save 10 g of refreshment 3 in the refrigerator as the ongoing starter.
    Evidence
    Time, aroma.

    4 h timer for this step

  6. Day 4, 06:30–08:30

    Warm scald and Sauerteig

    Take all scald and all Sauerteig from the refrigerator. If very cold, warm at 30 °C without fan for 1 h to 1 h 20 min.

    Step ingredients

    • Refrigerated Sauerteig all of it, about 175 g
    • Refrigerated Brühstück all of it, about 490 g
    • Warming environment oven at 30 °C without fan or kitchen
    Target
    Reduce cold drag before mixing; target before mix: scald at least 18–20 °C, Sauerteig 24–28 °C.
    Check
    Warm only enough to reduce cold drag; do not ferment the Sauerteig again.
    Evidence
    Time and measured temperatures if available.

    2 h timer for this step

  7. Day 4, 08:30–08:35

    Mix

    Mix all Sauerteig, all scald, flour, salt, sugar, molasses/honey, and water. Add water gradually, starting with 100 g. Use Kenwood KVC85.004SI with K-beater on Min 1–2 min; scrape and add 30–60 sec on Min if needed.

    Step ingredients

    • Sauerteig all of it, about 175 g
    • Brühstück all of it, about 490 g
    • Whole-grain rye flour 275 g
    • First-grade wheat flour 75 g
    • Salt 10 g
    • Sugar 38 g
    • Molasses or honey 25 g
    • Water 100 g; range 80–120 g
    Target
    Thick sticky paste, not a stiff lump and not pourable batter; dough temperature after mixing 26–28 °C.
    Check
    Do not judge it like wheat dough; stickiness is normal.
    Evidence
    Actual water, dough temperature.

  8. Day 4, 08:35–08:40

    Pan

    Grease the Emile Henry pan, load the dough with a wet spatula, and smooth the top with wet hands or spatula.

    Step ingredients

    • All dough about 1180 g
    • Pan Emile Henry Petit Moule Cake 1.1 L
    • Pan grease thin layer on bottom, sides, and upper corners
    • Water for hands/spatula a little, only for smoothing
    Target
    Pan starts about 60–65% full.
    Check
    Record height and dough mass.

  9. Day 4, 08:40–11:10

    Proof 1 · warm-up

    Put the pan into a cold oven set to 30 °C without fan. With cold scald/Sauerteig, expect about 2 h to 2 h 30 min, but move on by dough state.

    Step ingredients

    • Pan with dough 1
    • Environment 30 °C oven, no fan
    Target
    Warm the dough and get the main rise; by the end it should approach 80–90% of pan height.
    Check
    Control temperature near the pan, target environment about 28–32 °C.
    Evidence
    Temperature near pan, time.

    2 h 30 min timer for this step

  10. Day 4, 11:10–12:10

    Proof 2 · counter + oven preheat

    Put the pan on the counter under a towel. Preheat the oven to 250 °C top-bottom heat with 1 upper stone.

    Step ingredients

    • Pan with dough 1
    • Towel cover the pan without touching the dough
    • Upper stone 1 in the oven
    Target
    1.5–1.8x rise, dough at 80–90% of pan height, fine cracks on the surface.
    Check
    Do not bake by timer alone; decide by surface and height.
    Evidence
    Height, kitchen temperature.

    1 h timer for this step

  11. Day 4, 12:10–13:35

    Bake

    Optionally mist the surface lightly. Steam is optional after the 8 May bake showed no defect without it. Bake: 250 °C 10 min, 200 °C 25 min, 170 °C 30 min, 140 °C 20 min.

    Step ingredients

    • Proofed pan loaf 1
    • Surface water spray bottle, optional
    • Steam 0 ml for the no-steam control repeat; the conclusion is still n=1 and specific to the Emile Henry Borodinsky pan loaf
    Target
    98–99 °C internal, crust without scorching.
    Check
    If the top darkens too fast at 170 °C, tent with foil.
    Evidence
    Probe temperature, time.

    1 h 25 min timer for this step

  12. Day 4, 13:35 (Day 5 13:35)

    Cooling, storage, slice

    Remove from the pan and cool uncovered on a rack for 2–3 h. Then wrap in cotton/linen/towel. Do not put in plastic during the first day. Slice after 24 h, and ideally assess again at 36–48 h.

    Step ingredients

    • Finished loaf 1 loaf
    • Rack 2–3 h uncovered
    • Cotton/linen/towel for storage after cooling
    Target
    Crumb stabilized; knife stickiness is absent or recorded honestly.
    Check
    Record sweetness, acidity, coriander, caraway, density, moisture, and flavor score.
    Evidence
    Knife and tasting note.

    24 h timer for this step

For readers who want to understand why the formula changed.

What Borodinsky checks after the 8 May bake

The 8 May control bake gave better rise and a more open early cut. It was baked without steam: no visible external defects were reported and the center reached 99.2 °C. But the loaf was sliced before the required 24 h maturation, so sweetness and spices should wait for a 24–48 h crumb, knife, and flavor assessment.

Base version

The current v3.8 working formula is not a simple rye bread. It tests rye starter, scald, malt, sugar/molasses, spices, proofing, bake profile, and storage as one system.

Iteration analysis

01 The main repeat variable is storage and crumb maturity
What went wrong
The earlier crumb left residue on the knife and felt doughy when chewed, but that bread had been stored in plastic.
Observation
Plastic traps moisture at the crust and surface crumb, so it can distort the real stabilization of scalded rye bread.
Decision and why
Repeat without changing sugar or water immediately. Store the first 24 h in cotton/linen/towel, not plastic.
Conclusion
If the crumb remains sticky under normal storage, diagnose proofing, water, and bake. If the crumb is stable, adjust sweetness/spices separately.
Evidence
Earlier assessment
4/10, wet dense crumb, noticeable sweetness, spices in the background
Changed variable
storage and slice record, not the formula
02 Sweetness and spices stay unchanged for this control
What went wrong
It is tempting to make the bread less sweet and bring coriander/caraway forward, but that is a product adjustment.
Observation
If sugar, molasses, spices, and storage all change at once, the next bake cannot explain what helped or hurt.
Decision and why
Keep 38 g sugar, 25 g molasses/honey, 8 g coriander, and 5 g caraway for this control.
Conclusion
The product version comes after the controlled storage result.
Evidence
Control
one main variable: storage and crumb maturation
03 Steam is not the main Borodinsky variable now
What went wrong
The worksheet could make steam look mandatory even though the 8 May loaf was baked without it.
Observation
The no-steam Emile Henry bake reached 99.2 °C internal and the user saw no visible external defects.
Decision and why
Keep the next control Borodinsky as a dry bake unless there is a separate A/B crust test.
Conclusion
Steam should not distract from the main diagnostics: crumb, storage, sweetness, and spice balance.
Evidence
Status
n=1, specific to this scalded rye pan loaf in Emile Henry
Do not generalize to
wheat hearth loaves, baguettes, and scored breads
04 The scald goes to the refrigerator after saccharification
What went wrong
A sweet wet scald should not sit on the counter overnight after the 65 °C hold.
Observation
After 3 h at 65 °C, the scald is sweet and wet; refrigeration reduces unwanted microbiology risk.
Decision and why
Use the simple home-safe path: cool 30–40 min to about 40 °C, cover tightly, and refrigerate.
Conclusion
This remains part of the working sheet until a separate sour-scald experiment exists.
Evidence
Process
65 °C for 3 h, then refrigerator

Version history

  • v3.8May 20, 2026
    Problem
    The working sheet and time metadata did not show the full cooling, storage, and 24 h slicing window clearly enough.
    Change
    The final Cooling, storage, slice step is now a range from 8 May 13:35 to 9 May 13:35, and prepTime and totalTime are synchronized from the first refreshment to slicing after 24 h.
    Result
    The published recipe now matches the actual worksheet: bread readiness is judged after the crumb has stabilized, not at oven exit.
    Conclusion
    Borodinsky conclusions should be recorded only after correct cooling, storage, and at least 24 h of maturation.
  • v3.7May 8, 2026
    Problem
    After the 8 May bake, the knowledge-base checks needed to be reflected on the public page: no steam, hand mixing time, and storage after early slicing.
    Change
    The formula did not change. Added that steam is currently optional for the Emile Henry Borodinsky pan loaf after one no-defect bake at 99.2 °C internal; actual Danish-whisk mixing took about 4–5 min; early slicing and countertop storage are not a clean ideal-storage check.
    Result
    The next Borodinsky can be repeated as a dry bake without mixing the steam variable with sweetness, water, or spice changes.
    Conclusion
    If a second no-steam repeat is also clean, this can become a stronger personal oven/pan rule.
  • v3.6May 8, 2026
    Problem
    The English page still carried the old simplified Borodinsky formula while the Russian page and working sheet had moved to the current Emile Henry v3.6 process.
    Change
    Synchronized ingredients, scald, Sauerteig, proofing, stepped bake, storage, images, and the expanded theory with the Russian current recipe.
    Result
    The English Borodinsky page now describes the same working formula as the Russian page.
    Conclusion
    Do not change sweetness or spices before the 24–48 h crumb and storage assessment.
  • v3.5May 8, 2026
    Problem
    The 8 May bake showed the working sheet needed visible quantities on each step, markdown/CSV export, and a realistic cold-ceramic proof schedule.
    Change
    Added per-step quantities, the Emile Henry proof schedule, base 100 g final water, and a note that steam is optional for this pan loaf.
    Result
    The kitchen sheet can be followed without reconstructing ingredient amounts from the formula.
    Conclusion
    Keep sweetness and spices unchanged until the 24–48 h tasting.
  • v3.4May 5, 2026
    Problem
    The worksheet used broad labels like morning and evening, making shifted starts hard to follow.
    Change
    Added concrete times and a calculator from the first refreshment start.
    Result
    The sheet can recalculate the full schedule when the actual start shifts.
    Conclusion
    Timing is a working plan; starter, scald, and proof state still decide readiness.
  • v3.3May 5, 2026
    Problem
    The English Borodinsky page needed the expanded theory standard used by the current lessons.
    Change
    Added theory for the Borodinsky system, sourdough/scald roles, proofing risks, storage, and sources.
    Result
    R2-C1 now explains why this bread should be adjusted one variable at a time.
    Conclusion
    Diagnose storage, rested crumb, acidity, sweetness, malt, and spice before changing the formula.
  • v3.2April 30, 2026
    Problem
    The modern-method review found that this advanced regional lesson needed explicit home controls and diagnostic questions.
    Change
    Added home adaptation for scald timing, starter readiness, pan proof, storage, crumb rest, and tasting language.
    Result
    R2-C1 now teaches how to manage a complex flavor system at home.
    Conclusion
    Do not change water or sweetness before checking storage, rested crumb, and sensory balance.
  • v3.1April 24, 2026
    Problem
    After 3 hours of saccharification, the scald should not sit on the counter overnight without acidity control.
    Change
    After 65 °C × 3 hours, cool the scald to about 40 °C and refrigerate overnight.
    Result
    The recipe became safer for a home schedule.
    Conclusion
    If an overnight room-temperature scald is needed, it should be acidified or kept warm rather than left as a sweet neutral mass.
  • v3.0April 22, 2026
    Problem
    The previous version was less controllable in schedule, proofing, and baking.
    Change
    Added cold storage for the sponge, 3–5 minute mixing, two-stage proofing, a 250→200→170→140 °C bake profile, and target dough mass for the Emile Henry pan.
    Result
    Borodinsky became a home worksheet rather than only a formula.
    Conclusion
    The next test should collect actual crumb and flavor data.
  • v2.0March 15, 2026
    Problem
    The base version lacked the characteristic dark scalded rye flavour.
    Change
    Added scald with red rye malt
    Result
    The bread gained the colour and flavour profile expected from Borodinsky.
    Conclusion
    The scald became a required part of the formula.
  • v1.0February 20, 2026
    Change
    Base recipe
    Conclusion
    Starting point for later changes.

Questions

Why not change sweetness now?

The previous tasting was mixed with wet-crumb and plastic-storage effects. First repeat with normal storage, then change sugar or molasses separately.

Can I skip white malt?

Yes, but the scald will be less sweet and less saccharified. Record it as a deviation.

Why not leave the scald on the counter overnight after 65 °C?

After saccharification it is wet, sweet, and close to neutral; refrigeration lowers the risk of ropy crumb defects.