After the flowering season ends, it's essential to remove any remaining spent blossoms. This helps redirect the plant's energy toward healthy growth rather than seed production. At the same time, prune any overlapping, crossing, or dead branches. This not only prevents nutrient waste but also improves air circulation within the plant, reducing the risk of pests and diseases like scale insects and black spot. Proper pruning encourages stronger, more vigorous growth.
Camellias consume a lot of nutrients during the blooming period, from bud formation to flower opening. To restore the plant’s vitality quickly, regular fertilization is crucial. After flowering, apply a diluted liquid fertilizer every other week. You can make this by composting materials such as bean cake, hoof meal, fish bones, and onion peels. Once fully decomposed, strain the mixture and dilute it with water before applying. Avoid using concentrated or undiluted fertilizers, as they can burn the roots. Additionally, you can use a foliar spray of 0.2% potassium dihydrogen phosphate every 10 days, up to five times, to promote thick new growth and enhance bud development for the next season.
Watering is important, especially in mid-April when the weather tends to be dry and humidity is low. Water the plants appropriately, and mist the leaves once or twice daily to increase local humidity. This helps keep the plant hydrated and supports overall health and growth.
If your camellia is grown in a pot, it's best to repot it after flowering. Choose a slightly larger container and use slow-release fertilizers like hoof meal or hair as a base. After repotting, water thoroughly and place the plant in a cool, shaded area for about 20 days before returning to regular care. This allows the plant to settle in and recover before resuming normal growth.
Automatic Nucleic Acid Extractor
Nucleic acid extraction instrument is an instrument that automatically completes the nucleic acid extraction of samples by applying the supporting nucleic acid extraction reagents. Widely used in disease control centers, clinical disease diagnosis, blood transfusion safety, forensic identification, environmental microbial testing, food safety testing, animal husbandry and molecular biology research and other fields.
Using magnetic beads as the carrier, using the principle that magnetic beads adsorb nucleic acid under high salt and low pH value, and separate from nucleic acid under low salt and high pH value, and then move the magnetic beads or transfer the liquid to realize the entire extraction and purification process of nucleic acid. Due to the uniqueness of its principle, it can be designed into a variety of throughputs, which can be extracted from a single tube or 8-96 samples, and its operation is simple and fast. It only takes 30-45 minutes to extract 96 samples, which greatly improves the The experimental efficiency is low and the cost is low, so it can be used in different laboratories, and it is the mainstream instrument on the market.
Features of Magnetic Bead Nucleic Acid Extractor
1. Enables automated, high-throughput operations.
2. Simple and fast operation.
3. Safety and environmental protection.
4. High purity and high yield.
5. No pollution and stable results.
6. Low cost and easy to be widely used.
7. Different types of samples can be processed simultaneously.
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