This week marks the long-awaited harvest of my 24K Gold. After several close trichome inspections, she finally reached the perfect window: mostly cloudy heads, with the first amber trichomes appearing on the upper buds. Perfect timing for maximum potency and terpene quality. ⸻ ⚖️ Yield (Wet Weight) 📦 773 g wet (confirmed on scale) This number includes the full plant with branches after a light wet trim. Final dry weight will be added after 10–14 days of drying + curing. ⸻ ✂️ Harvest Process • Removed fan leaves only • Performed a minimal wet trim to keep most trichomes intact • Entire plant cut at the base • Hung upside down on a full drying line • Goal: slow drying for best flavor ⸻ 🌬️ Drying Environment • Temperature: 18–19 °C • Humidity: 52–55% • Airflow: Soft and indirect • Estimated drying time: 10–14 days This setup should bring out the full citrus-diesel profile 24K Gold is known for. ⸻ 💎 Bud Quality & Aroma 24K Gold showed its signature traits strongly: • Extremely frosty buds with thick trichome layering • Long, twisted pistils turning orange/brown • Tight, medium-large bud structure • Sticky, resin-heavy trim work • Strong smell: orange zest × diesel × kush This pheno produced some of the frostiest buds of the whole run. ⸻ 🌱 Plant Behavior 24K Gold stayed healthy from start to finish: • No mold or late-flower issues • Responded very well to training • Thick branches, strong stretch • Zero nutrient sensitivity in late flower A very reliable and rewarding cultivar — definitely one to grow again.

This week I decided to remove the LST and let her strech out as much as she wants. I lollipopped her on day 49 and cutted down all the branches that will never grow to the light. She has to strech as much as possible because there are some way taller plants under the same light. I hope she gonna produce some nice flower and will continue to strach abit. Thanks Fastbuds for the Amazing Strain !

2/17 have about one week before harvest. Then 4 more will move in to the 2/18 harvested 3 plantz. 1 strawberry cough and 2 runtz. 66 days of flower. I will post picture of when done drying and going to cure. I defoliated my week 4 of flower girls. Adjusting week 7 girls under the net so they stay upright under the weight of bud there. And moving 3 more girls in to flower 1 runtz, one washington apple, and 1 . Also water night one gal of water per stage of flower. So the 3 in weeks 7 get 1 gal split between them and so do the week 4 girls 1 gal split between them

Week 10 of flower 🤗 Day 147: watered Day 148: Day 149: last watering Day 150 Day 151 Day 152 Day 153/ day 70 of flower!!!!! Chopped harvest timeeee…… 👀

Que du plaisir avec Divine Og Kush !

I started germination of 5 Royal thai regular beans on 01/01/2021. HAPPY NEWYEAR! I am germinating them using rockwool cubes and a humidity dome. I pre moistened my plugs with ph balanced water to 6.4 . Than enlarged the pre made holes using a wooden dowel. Than sowed my 5 beans into the holes. I then ripped a small piece of rockwool off each plug and mulched it up. Than lightly filled in the holes using the mulched rockwool. Than it was into the humidity dome to marinate, and complete the germination process. Will likely take roughly 4 days to get some sprouts. Starting my adventure with Spliff Seeds Royal Thai. After they emerge I will get the plugs planted into 3 gallon pots to rock and roll. Cant fucking wait! Spliff Seeds Royal Thai is a cross of a Early Thai mother and a Skunk #1 father. This mashup produces a lanky, stretcher variety signature of classic sativa strains. The strain gas a roughly 12 week flowering time. There is 3 distinct phenotypes from these genetics. One with fluffier sativa signature bud structre. One with chunkier, bulky bud structre coming from the skunk #1 father. Lastly but definitely hope to get me one of these!!! Is the phenotype that Carrys over that signature thai chocolate terpene pallet. Though it takes the longest to mature... Best believe it's well worth the wait. Considering the natural plant stature and stretch. This will be a short veg, faster flip run. To keep these ladies tailored and suited for a indoor grow. All things considered... I'd probably get best results throwing these beans out during outdoor grow season. Letting them beast out and become trees. Mabey we just might try that with another batch. But with the research into the variety I've done I'm sure I can make em work some magic indoors. I'm amped for this.

The two first topped plant show good start of flower but i don't think this will be my best run, i've started tobguve them more nutrients

Hello, hope all is well! I’m going to be growing this clone that I got off my og kush plant that’s in flower now. I took the clones about 3 weeks ago, recently saw her root growth and transplanted her to a bigger pot for growth In the veg! I really like the genetics of the og kush. Wishing for a good week of root growth and stability! Happy growing

Your Opinion?

Better then I ever wish, 1KW - delivers💪

Transplanted them to 15L pots. Should have skipped 3L pots. One plant is showing signs of deficiencies. I’m not sure what causes it. Have noticed small holes in leaves. Overall everything goes well👌🏿👌🏿

total end end dry weight was 2453g very nice strain to grow recommend to anyone dried them for 9 days 68fh and 50-53rh

✌️🎃 Thank you for checking my cultivation. 🍔 Fatten time.

2nd net is up. Early bud formations are promising. holding up to the extremes pretty well, some leaves taking minor damage, but overall, she is holding up, gave her 1 night at 50F see how she would react, stressful. Not advised as it messes with her metabolism, but I want to see if it triggers any anthocyanin response. Love to see her purp up but no signs yet. My homework. Rubisco regeneration is intrinsically linked to nitrogen supply because Rubisco is a major sink for nitrogen in plants, typically accounting for 15% to over 25% of total leaf nitrogen. The regeneration phase itself consumes nitrogen through the synthesis of the Rubisco enzyme and associated proteins (like Rubisco activase), and overall nitrogen status heavily influences the efficiency of RuBP regeneration.Structural Component: Nitrogen is an essential building block for all proteins, and the sheer abundance of the Rubisco protein makes it the single largest storage of nitrogen in the leaf. Synthesis and Activity: Adequate nitrogen supply is crucial for the synthesis and maintenance of sufficient Rubisco enzyme and Rubisco activase (Rca), the regulatory protein responsible for maintaining Rubisco's active state. Nitrogen deficiency leads to a decrease in the content and activity of both Rubisco and Rca, which in turn limits the maximum carboxylation rate, Vmax, and the rate of RuBP regeneration Jmax, thus reducing overall photosynthetic capacity. Nitrogen Storage and Remobilization: Rubisco can act as a temporary nitrogen storage protein, which is degraded to remobilize nitrogen to other growing parts of the plant, especially under conditions of nitrogen deficiency or senescence. Nitrogen Use Efficiency (NUE): The allocation of nitrogen to Rubisco is a key determinant of a plant's photosynthetic nitrogen use efficiency (PNUE). In high-nitrogen conditions, plants may accumulate a surplus of Rubisco, which may not be fully activated, leading to a lower PNUE. Optimizing the amount and activity of Rubisco relative to nitrogen availability is a target for improving crop NUE. Photorespiration and Nitrogen Metabolism: Nitrogen metabolism is also linked to the photorespiration pathway (which competes with carboxylation at the Rubisco active site), particularly in the reassimilation of ammonia released during the process. To increase RuBisCO regeneration, which refers to the process of forming the CO2 acceptor molecule Ribulose-1,5-bisphosphate (RuBP) during photosynthesis, the primary methods involve optimizing the levels and activity of Rubisco activase (Rca) and enhancing the performance of other Calvin-Benson-Bassham (CBB) cycle enzymes. Biochemical and Environmental Approaches: Optimize Rubisco Activase (Rca) activity: Rca is a crucial chaperone protein that removes inhibitory sugar phosphates, such as CA1P (2-carboxy-D-arabinitol 1-phosphate), from the Rubisco active site, thus maintaining its catalytic competence. •Ensure optimal light conditions: Rca is light-activated via the chloroplast's redox status. Adequate light intensity ensures Rca can effectively maintain Rubisco in its active, carbamylated state. •Maintain optimal temperature: Rca is highly temperature-sensitive and can become unstable at moderately high temperatures (e.g., above 35°C/95F° in many C3 plants), which decreases its ability to activate Rubisco. Maintaining temperatures within the optimal range for a specific plant species is important. •Optimize Mg2+ concentration: Mg2+ is a key cofactor for both Rubisco carbamylation and Rca activity. In the light, Mg2+ concentration in the chloroplast stroma increases, promoting activation. •Manage ATP/ADP ratio: Rca activity depends on ATP hydrolysis and is inhibited by ADP. Conditions that maintain a high ATP/ADP ratio in the chloroplast stroma favor Rca activity. Enhance Calvin-Benson-Bassham (CBB) cycle enzyme activity: The overall rate of RuBP regeneration can be limited by other enzymes in the cycle. •Increase SBPase activity: Sedoheptulose-1,7-bisphosphatase (SBPase) is a key regulatory enzyme in the regeneration pathway, and increasing its activity can enhance RuBP regeneration and overall photosynthesis. •Optimize other enzymes: Overexpression of other CBB cycle enzymes such as fructose-1,6-bisphosphate aldolase (FBA) and triose phosphate isomerase (TPI) can also help to balance the metabolic flux and improve RuBP regeneration capacity. Magnesium ions, Mg2+, are specifically required for Rubisco activation because the cation plays a critical structural and chemical role in forming the active site: A specific lysine residue in the active site must be carbamylated by a CO2 molecule to activate the enzyme. The resulting negatively charged carbamyl group then facilitates the binding of the positively charged Mg2+ion. While other divalent metal ions like Mn2+ can bind to Rubisco, they alter the enzyme's substrate specificity and lead to dramatically lower activity or a higher rate of the non-productive oxygenation reaction compared to Mg2+, making them biologically unfavorable in the context of efficient carbon fixation. The concentration of Mg2+ in the chloroplast stroma naturally increases in the light due to ion potential balancing during ATP synthesis, providing a physiological mechanism to ensure the enzyme is activated when photosynthesis is possible. At the center of the porphyrin ring, nestled within its nitrogen atoms, is a Magnesium ion (Mg2+). This magnesium ion is crucial for the function of chlorophyll, and without it, the pigment cannot effectively capture and transfer light energy. Mg acts as a cofactor: Mg2+ binds to Rubisco after an activator CO2 molecule, forming a catalytically competent complex (Enzyme-CO2-Mg2+). High light + CO2) increases demand: Under high light (60 DLI is a very high intensity, potentially saturating) and high CO2, the plant's capacity for photosynthesis is high, and thus the demand for activated Rubisco and the necessary Mg2+ cofactor increases. Mg deficiency becomes limiting: If Mg2+ is deficient under these conditions, the higher levels of Rubisco and Rubisco activase produced cannot be fully activated, leading to lower photosynthetic rates and potential photo-oxidative damage. Optimal range: Studies show that adequate Mg2+ application can enhance Rubisco activation and stabilize net photosynthetic rates under stress conditions, but the required concentration is specific to the experimental setup. Monitoring is key: The most effective approach in a controlled environment is to monitor the plant's physiological responses e.g., leaf Mg2+ concentration, photosynthetic rate, Rubisco activation state, and adjust the nutrient solution/fertilizer to maintain adequate levels, rather than supplementing a fixed "extra" amount. In practice, this means ensuring that Mg2+ is not a limiting factor in the plant's standard nutrient solution when pushing the limits with high light and CO2. Applying Mg2+ through foliar spray is beneficial to Rubisco regeneration, particularly in alleviating the negative effects of magnesium (Mg) deficiency and high-temperature stress (HTS). While Mg can be leached from soil, within the plant it is considered a mobile nutrient, particularly in the phloem. Foliar-applied Mg is quickly absorbed by the leaves and can be translocate to other plant parts, including new growth and sink organs. Foliar application of: NATURES VERY OWN MgSO4 @ 15.0g L-1 in a spray bottle. Foliar sprays are often recommended as a rapid rescue measure for existing deficiencies or as a supplement during critical growth stages, when demand for Mg is high. Application in the early morning or late evening can improve absorption and prevent leaf burn. The starting point [of creativity] is curiosity: pondering why the default exists in the first place. We’re driven to question defaults when we experience vuja de, the opposite of déjà vu. Déjà vu occurs when we encounter something new, but it feels as if we’ve seen it before. Vuja de is the reverse—we face something familiar, but we see it with a fresh perspective that enables us to gain new insights into old problems. Come walk in the enchanted forest.

There is little to say yet. I recommend everyone to try this technique at least once. Maximize your harvest and increase your personal experience. If you want more serious proof of how mainlining works, take a look at the diaries of @Canamatoes, my teacher and mentor. More updates later, stay high🤘😁🦄

The ladies will tell u all, as u can see on the pictures these girls will become majestic

Soaked the seeds in a water / peroxide mix then planted in the soil over the root popped!

I’m getting really fed up with the bugs on this site. Uploading hasn’t been going smoothly. Don’t be surprised if I drop off an just post a harvest photo. Shits annoying

Another healthy week and these bugs are getting Frosty