Mechanical and Pathological Injuries.

Research is the personal right of every entrepreneur, no one else's right prevents us from pursuing our pure efforts. When we came up all this time, no one came to help. After we made the name in this area, then came visit our pilgrimage and some of them were startled saying " Enough research to find out what is there ".

If we were newcomers to this field, we might be easily fooled by their words. If we think carefully, judging from their words, we can guess exactly what they are playing with in their minds, which is a concern, " What will happen once we get the most out of the triggering fluids they have now this. "

What I wrote this time was just the basic guide and assumption of my research, not the exact information. An error will occur if this information is used without you conducting a preliminary study to identify all of the basic ingredients in the process of processing the resin's own triggering fluid.

Most importantly you have to have the courage to try and keep trying, if you make a mistake you can't back down, aim, repair a damaged grove due to inoculation with your own invention trigger, but it's not a failure and you have one of the most valuable journeys.

• Components in crude oil: - Sesquiterpenes, Phenylethyl chromones, Selinene, Eudesmene, palmitic acid.

As we are well aware of this, this study should be continued to sign the distillation process to obtain too little essential oil through the process of refining the hydro, having to observe the formation of deposits within 25, 30, 35, 40 and 45 months after the possible mechanical injury treatment. aimed at the formation of a crag, through drilling techniques in the trunk (1.27 cm x 3/8 cm * drill point) aimed at injuring the inside of the trunk.

The appropriate mechanical injury will provide widespread color change and Aquilaria spp. will Type change ring (around hole) change color around after injury by mechanical treatment difference 20 months after injury

Types of rings (holes) and changes in color are affected: - 1. Injured wounds with carving (wide chisel). 2. Injured small chisel wound: - changes in brown color around the wound (3-10 mm). 3. Drill (0.40 cm diameter). 4. Drill (0.55 cm diameter). 5. Drill (1.11 cm diameter). 6. Drill (1.27 cm diameter) change in brown. 7.s wound (wound 5-10 mm). 7. Removal of skin, changes in yellow color to dark brown (5-10 mm damage). 8. My nails are broken (included) 2.54 cm.

9. My nails were punctured (included) 5.08 cm. 10. Nail polished (inserted) 7.62 cm. 11. Nail nailed (inserted) 10.18 cm. 12.Colored nails (inserted) 12.70 cm deep into the trunk, the color change around the wound (5-10 mm) occurs in the ferric interaction of the nail and fiber oxides. 13. Injured by hitting the trunk, the change of color is pale-brown in the affected area.

Healthy controls / wood / pale white color.

The approach of the research study is generally to intentionally injure the trees, each tree with different treatment, the purpose being the same, to encourage the formation of the algae. The success of the algae plantation depends on the stimulation of the production of the algae produced from the plant. In the process of natural maturity, no induction or injury is required, but understanding how to achieve a high volume of resin synthesis: -

1. Common practices of artificial induction: - drill trunks, roots and branches. 2 Drill holes are left open to facilitate the access of natural agents to the pores and to attract insects and to facilitate infection or to install PVC blown pores. 3.To prevent pores healing and to induce prolonged infection, Picagari with inocula and inducers.

4. It can be used to help the natural way of peeling skin. 5.To prevent infection to the core tissue, cover the pores with bamboo blades. There are certain areas where holes are dug in the tree to attract spotted insects (ants) and snails. 6. The fluid that is capable or reliable is responsible for the formation of algae.

Drill practice is used to make holes in the trunks and branches of the trees 4 years old and above, then in a PCV tube insert (Infuse technique) 300 ml of resin infusion fluid (vaccine) per bottle is suspended. Generally, agarwood is harvested when the tree is between five and ten years old. The factors of the formation of algae resins can be considered a mystery in the past, the notion of formation through insect attacks, termites, ants and snails.

This latest experiment, which involves injuring, injuring or intentionally injuring, injects with irritating substances, and aims to prevent it from healing naturally, is one of the most effective techniques. To be able to produce infected wood but, unsuccessfully for the process of distillation of essential oils, infected wood from young trees, produces low quality and smells good.

Best of all, when the entire tree is infected with high quality, thick resin and produces large amounts of oil, it can occur according to the time and natural factors of the forest (farm location). The production of scented oleoresin is associated with injury and is associated with fungal infections, aided by insect attack, air and rainwater. In response to fungal infections, infected plants produce high levels of resin in determining organic compounds that help in suppressing or suppressing fungal growth.

Various fungal species are associated with the formation of guava, although it is unclear how they carry out resin formation. research studies cannot provide conclusive evidence of this hypothesis. There have been reports that resin production is a reaction to a fungal infection and that it is from a reactive reaction (1998-2000).

However, the interaction between the tree trunks and the wound or how the fungus can produce garu, the researchers' findings disagree. Factors such as, tree age, tree differences due to mutations, environmental changes and genetic variation of Aquilaria spp. Also playing an important role in the formation of agarwood (1977-1997), this provides evidence that not all of the genus Aquilaria produces an eagle, accounting for only about 10% of Aquilaria spp. wild produce resin (oleoresin).

Therefore, only one / tenth of mature trees were found to produce eagles (1994), 20-year-old infected trees can produce high quality eagles, the best of which are 50-year-old trees based on the 2000 Study conducted by the Rainforest Project (TRP) in Vietnam has found that the formation of agarwood can take place on a 3-year-old tree.

As these findings are confirmed by chemical analysts, the yield and quality of algae resins are quite different. In 1995, research was carried out in West Kalimatan, Indonesia, showing that the results of the Aquilaria spp resin did not match the diameter or amount of wood.

Aquilaria spp does not correspond to tree diameter or amount of wood. Despite having similar signs of infection (1997), with the recommendation, trees measuring 20 cm in diameter, 3 feet above the level of an eagle, can produce an acre of about 1 kg per tree (theoretically). The University of Minnesota has revolutionized the production of algae, through the use of inoculation using certain chemicals with the increasing rate of algae formation.

The patent rights document provides that production by this inoculation technique can increase to 30 percent compared to 7 percent in natural production and more importantly, inoculation can be done on young trees. Although, resin formation is considered an unresolved mystery, by a research collaboration that spans over 20 years.

The Rainforest Foundation (TRP) project, an organization dedicated to the preservation of tropical rainforests and the world, initiated the study, studied resin formation and studied the development and production of resin on the trees of the genus Aquilaria and Grinops Engineering from injury in specific ways and how to speed up the natural defense response.

This technique also allows for the quality yield of young trees. Harvesting agarwood trees by using a blade or tapping a nail into a trunk is a widely used technique in the past, however the giraffe generated from this treatment is usually of poor quality in the production of crab and cannot meet market demand (2007).

The various isolates of fungi from infected trees have been widely reported. The discovery of new technologies is gaining popularity, new technologies to accelerate the formation of new wood based on this mechanism are increasingly being used and research has become more intensive in the species of Torula sp, which has impacted and successfully resin formation in Aquilaria sp and has been found to accelerate the formation of reeds. However, this treatment was discontinued in 1931 due to serious contamination at that time.

I have combined information from previous studies that have been carried out by scientific experts with little information from my own research. To find out the truth of this information, we need to do some practical research and find out the relevant factors, how the beginning of the agarwood led to the formation of the agarwood.

Basically, we need to have our own special tree for our research, if we are able to have a wide variety of Aquilaria sp species and have the best age-group. This is how I started doing basic research and this study is not capable of producing short term results, you have to patiently accept results from 3 years to 5 years. TQ.