WALITGOLD PRODUCT
Walit Gold
Minuman Kesihatan Dengan 1001Khasiat Semulajadi
Walit Gold - Minuman Pati Sarang Burung Walit adalah minuman kesihatan & kecantikan yang diformulasikan berasaskan sarang burung walit berkualiti premium bersama bahan-bahan terbaik untuk kegunaan seisi keluarga.
Ianya telah digunakan sejak beribu tahun dahulu di Negara China sebagai satu sumber pemakanan kesihatan lengkap dan telah terbukti keberkesanannya dalam mencegah, merawat & menyembuhkan pelbagai masalah penyakit!
Menerusi formulasi Walit Gold, kesannya dapat dilihat seawal 10 minit hinggalah maksimum 66 hari sahaja.
Ianya telah digunakan sejak beribu tahun dahulu di Negara China sebagai satu sumber pemakanan kesihatan lengkap dan telah terbukti keberkesanannya dalam mencegah, merawat & menyembuhkan pelbagai masalah penyakit!
Menerusi formulasi Walit Gold, kesannya dapat dilihat seawal 10 minit hinggalah maksimum 66 hari sahaja.
Double Red Nest
Walit Gold Double Red Nest merupakan yang terbaik untuk seisi keluarga untuk kesihatan, kecantikan, kecerdikan dan penyakit. Botol ini mengandungi 12% sarang burung walit dan menggunakan sarang burung walit merah iaitu sarang burung yang bernilai paling tinggi di pasaran. Sarang burung mengandungi protein yang mudah larut dalam air, karbohidrat, elemen mikro seperti kalsium, phosphoros, zat besi, sodium dan potasium. Anti oxsida pula membantu menambahkan sistem daya tahan dan juga membantu batuk kronik, paru-paru, buah pinggang dan selesema.
Setiap botol mengandungi 2 sarang burung merah. Isi kandungan botol 750ml, cukup untuk kegunaan seisi keluarga selama 2-3 bulan.
Nak tengok iklan di you tube?
http://youtu.be/ew15-EJ4PAM
Harga: RM250.00 (SM)
RM260.00 (SS)
Minat membeli? Sila hubungi stokis anda @ 019-2368897
WalitGold Q10
What is special about Q10?
Q10 or CoQ10, a powerful antioxidant that helps boost the production of energy within each cell in the human body. CoQ10 helps destroy free radicals in your body and is critical for promoting cell, tissue, and organ health. Ideal for any individual who lives an active lifestyle, works out, or who is currently tired or feeling a lack of energy, It is an ideal immune booster!
Want to know more about Q10?
Coenzyme Q10, a substance known as ubiquinone, is a vitamin-like substance that is found throughout foods and in our cells. Ubiquinone -- means everywhere.
It is made in the body from a protein called, tyrosine but as we get older, some of us have lower levels.
CoQ10 is produced by the body but as we get older the body is not able to produce as much of this nutrient, Its main function is to convert food into energy. The greatest concentration of CoQ10 is found in the heart and liver as these organs require the most energy.
CoQ10 is available as a supplement and is mainly used to support heart, immune health and energy production.
The Benefits of Co Q10
Coenzyme Q10, according to studies;
1) Studies show that CoQ10 can help to reduce blood pressure and support cardiovascular health
2) It has also been studied for slowing dementia, and reducing angina, symptoms associated with heart failure and other symptoms associated with heart -related illnesses.
3) Other small studies have shown benefits in improving gum disease when coenzyme Q10 is placed on the gums or in the mouth.
It has also been studied in women with breast cancer, others with AIDS, kidney failure, migraines, Parkinson's disease, diabetes, muscular dystrophy and Huntington's disease. More studies will need to be conducted to verify if coenzyme Q10 can benefit in these areas as initial research findings appear promising
Read more: http://wiki.answers.com/Q/What_are_the_health_benefits_of_Co-enzyme_Q10#ixzz1UFCAoNC1
......to be continued.....
For those who are new to Burong Walit or Swiftlets, here I am compiling, gathering, writing and translating into malay anything found about Walit or Swiftlets. Happy reading!
Swiftlets are birds contained within the four genera Aerodramus, Hydrochous, Schoutedenapus and Collocalia. They form the Collocaliini tribe within the swift family Apodidae. The group contains around thirty species mostly confined to southern Asia, south Pacific islands, and northeastern Australia, all within the tropical and subtropical regions. They are in many respects typical members of the Apodidae, having narrow wings for fast flight, with a wide gape and small reduced beak surrounded by bristles for catching insects in flight. What distinguishes many but not all species from other swifts and indeed almost all other birds[1] is their ability to use a simple but effective form of echolocation to navigate in total darkness through the chasms and shafts of the caves where they roost at night and breed. The nests of some species are built entirely from threads of their saliva, and are collected for the famous Chinese delicacy bird's nest soup
Terjemahan text terpilih dalam bahasa melayu akan siap dalam next pos, insyallah.
Swiftlets are insectivores; hymenopterans and dipterans being the most abundant prey (Lourie & Tompkins, 2000). Typically, they leave the cave during the day to forage and return to their roost at night. Males and females look similar; as usual in such cases, these birds are monogamous and both partners take part in caring for the nestlings. Males perform aerial displays to attract females and mating occurs at the nest. The breeding season overlaps the wet season, which corresponds to an increased insect population. Clutch size depends on the location and the food source, but it is generally not large; Aerodramus swiftlets lay 1-2 eggs. The eggs are a dull white color and are laid every other day. Many if not all species are colonial nesters; some build their nests in high, dark corners on cave walls. Swiftlets in temperate zones do migrate but, most Aerodramus swiftlets live in the tropical Indo-Pacific region and do not migrate. These birds usually remain in one cave or other roosting/nesting site. Some examples of caves include the Niah Caves at Niah National Park & Gunung Mulu National Park which are all located in Sarawak, Malaysian Borneo.
The genus Aerodramus is of special interest due to its use of echolocation and their intricately constructed saliva nests which in some species contain no other material such as feathers, moss or twigs and are collected, selling at extremely high prices (see Bird's nest soup). It has been argued that the high demand for these nests could have had an adverse effect on their populations (Hobbs, 2003; Marcone, 2005) but other authorities (Jordan, 2004) have shown that modern techniques of nest farming have increased the bird population.
The use of echolocation was once used to separate Aerodramus from the non-echolocating genera Collocalia and Hydrochous (virtually nothing is known about Schoutedenapus). But recently, the Pygmy Swiftlet Collocalia troglodytes was discovered making similar clicking noises in and outside their cave (Price et al., 2004). Characteristics of behavior, such as what materials apart from saliva the nests contain, can be used to differentiate between certain species of Aerodramus (Lee et al., 1996).
Three hypotheses are considered to describe how echolocation evolved in the genus Aerodramus and, as determined more recently, other taxa in the Apodidae. One hypothesis states that echolocation evolved from an ancestral species of swiftlets and was lost in the genera which lack echolocation. A second hypothesis is that echolocation evolved independently several times. The third scenario involves a combination of the first two, i.e. a gain-loss-regain scenario.
Several functional subunits (like vocal muscles and brain areals) are needed to produce the echolocating system. Past studies have thought that the loss of one of these subunits was more likely to occur than acquiring all the traits needed to echolocate. But a recent study (Thomassen et al., 2005) suggests that the echolocation subunits were mainly located in the central nervous system, while the subunits in the vocal apparatus were already present and capable of use before echolocation even evolved. This study supports the second hypothesis of independent evolution of echolocation in Aerodramus and Collocalia, with the subsequent evolution of complex behavior needed to complement the physical echolocation system, or even the third approach, as the vocal apparatus-parts of the echolocation system might even be inherited from some prehistoric nocturnal ancestor.
...bersambung
Saya akan sambung lagi kerja2 ini insyallah.
Testimony
Saya telah lama mengalami kesakitan ditapak kaki setiap kali berdiri atau berjalan dan saya telah mencuba pelbagai jenis ubat, rawatan serta supplemen kesihatan namun tidak berkesan.
Saya juga sering mengalami sakit-sakit otot, bisa-bisa badan dan sendi.
Alhamdulillah, sejak saya menggunakan produk Walit Gold Double Red Nest selama 3 minggu...semua kesakitan yang saya alami sebelum ini seolah-olah hilang begitu sahaja.
Alhamdulillah, sejak saya menggunakan produk Walit Gold Double Red Nest selama 3 minggu...semua kesakitan yang saya alami sebelum ini seolah-olah hilang begitu sahaja.
Saya ingin mengucapkan ribuan terima kasih kepada Citra Anggun Jaya Marketing S/B kerana telah memperkenalkan kepada saya produk Walit Gold yang sangat hebat ini.
Harga: RM250.00 (SM)
RM260.00 (SS)
Minat membeli? Sila hubungi stokis anda @ 019-2368897
WalitGold Q10
Harga: RM150.00 (SM)
RM155.00 (SS)
Minat membeli? Sila hubungi stokis anda @ 019-2368897
Minat membeli? Sila hubungi stokis anda @ 019-2368897
What is special about Q10?
Q10 or CoQ10, a powerful antioxidant that helps boost the production of energy within each cell in the human body. CoQ10 helps destroy free radicals in your body and is critical for promoting cell, tissue, and organ health. Ideal for any individual who lives an active lifestyle, works out, or who is currently tired or feeling a lack of energy, It is an ideal immune booster!
Want to know more about Q10?
Coenzyme Q10, a substance known as ubiquinone, is a vitamin-like substance that is found throughout foods and in our cells. Ubiquinone -- means everywhere.
It is made in the body from a protein called, tyrosine but as we get older, some of us have lower levels.
CoQ10 is produced by the body but as we get older the body is not able to produce as much of this nutrient, Its main function is to convert food into energy. The greatest concentration of CoQ10 is found in the heart and liver as these organs require the most energy.
CoQ10 is available as a supplement and is mainly used to support heart, immune health and energy production.
The Benefits of Co Q10
Coenzyme Q10, according to studies;
1) Studies show that CoQ10 can help to reduce blood pressure and support cardiovascular health
2) It has also been studied for slowing dementia, and reducing angina, symptoms associated with heart failure and other symptoms associated with heart -related illnesses.
3) Other small studies have shown benefits in improving gum disease when coenzyme Q10 is placed on the gums or in the mouth.
It has also been studied in women with breast cancer, others with AIDS, kidney failure, migraines, Parkinson's disease, diabetes, muscular dystrophy and Huntington's disease. More studies will need to be conducted to verify if coenzyme Q10 can benefit in these areas as initial research findings appear promising
Read more: http://wiki.answers.com/Q/What_are_the_health_benefits_of_Co-enzyme_Q10#ixzz1UFCAoNC1
......to be continued.....
For those who are new to Burong Walit or Swiftlets, here I am compiling, gathering, writing and translating into malay anything found about Walit or Swiftlets. Happy reading!
Swiftlets are birds contained within the four genera Aerodramus, Hydrochous, Schoutedenapus and Collocalia. They form the Collocaliini tribe within the swift family Apodidae. The group contains around thirty species mostly confined to southern Asia, south Pacific islands, and northeastern Australia, all within the tropical and subtropical regions. They are in many respects typical members of the Apodidae, having narrow wings for fast flight, with a wide gape and small reduced beak surrounded by bristles for catching insects in flight. What distinguishes many but not all species from other swifts and indeed almost all other birds[1] is their ability to use a simple but effective form of echolocation to navigate in total darkness through the chasms and shafts of the caves where they roost at night and breed. The nests of some species are built entirely from threads of their saliva, and are collected for the famous Chinese delicacy bird's nest soup
Terjemahan text terpilih dalam bahasa melayu akan siap dalam next pos, insyallah.
Description and ecology
The swift family remains one of the more complicated groups of birds in taxonomic research, but the swiftlet tribe is a rather well-defined group. Its internal systematics is confusing; the plumage is usually dull, with shades of black, brown, and gray; from their outward appearance, most species are very similar. Swiftlets have four toes, except thePapuan swiftlet which lacks the hallux (back toe). Their legs are very short, preventing the birds from perching, but allowing them to cling to vertical surfaces. Flight is mainly gliding due to very long primary feathers and small breast muscles. The larger Aerodramus swiftlets weigh about 14 grams and are 10 cm long.Swiftlets are insectivores; hymenopterans and dipterans being the most abundant prey (Lourie & Tompkins, 2000). Typically, they leave the cave during the day to forage and return to their roost at night. Males and females look similar; as usual in such cases, these birds are monogamous and both partners take part in caring for the nestlings. Males perform aerial displays to attract females and mating occurs at the nest. The breeding season overlaps the wet season, which corresponds to an increased insect population. Clutch size depends on the location and the food source, but it is generally not large; Aerodramus swiftlets lay 1-2 eggs. The eggs are a dull white color and are laid every other day. Many if not all species are colonial nesters; some build their nests in high, dark corners on cave walls. Swiftlets in temperate zones do migrate but, most Aerodramus swiftlets live in the tropical Indo-Pacific region and do not migrate. These birds usually remain in one cave or other roosting/nesting site. Some examples of caves include the Niah Caves at Niah National Park & Gunung Mulu National Park which are all located in Sarawak, Malaysian Borneo.
The genus Aerodramus is of special interest due to its use of echolocation and their intricately constructed saliva nests which in some species contain no other material such as feathers, moss or twigs and are collected, selling at extremely high prices (see Bird's nest soup). It has been argued that the high demand for these nests could have had an adverse effect on their populations (Hobbs, 2003; Marcone, 2005) but other authorities (Jordan, 2004) have shown that modern techniques of nest farming have increased the bird population.
The use of echolocation was once used to separate Aerodramus from the non-echolocating genera Collocalia and Hydrochous (virtually nothing is known about Schoutedenapus). But recently, the Pygmy Swiftlet Collocalia troglodytes was discovered making similar clicking noises in and outside their cave (Price et al., 2004). Characteristics of behavior, such as what materials apart from saliva the nests contain, can be used to differentiate between certain species of Aerodramus (Lee et al., 1996).
Echolocation
The genus, Aerodramus was thought to be the only echolocating swiftlets. These birds use echolocation to locate their roost in dark caves. Unlike a bat’s echolocation, Aerodramus swiftlets make clicking noises that are well within the human range of hearing. The clicks consist of two broad band pulses (3-10 kHz) separated by a slight pause (1-3milliseconds). The interpulse periods (IPPs) are varied depending on the level of light; in darker situations the bird emits shorter IPPs, as obstacles become harder to see, and longer IPPs are observed when the bird nears the exit of the cave. This behavior is similar to bats as they approach targets. The birds also emit a series of low clicks followed by a call when approaching the nests; presumably to warn nearby birds out of their way. It is thought that the double clicks are used to discriminate between individual birds. Aerodramus sawtelli, the Atiu Swiftlet, and Aerodramus maximus, the Black-nest Swiftlet are the only known species which emit single clicks. The single click is thought be used to avoid voice overlap during echolocation. The use of a single click might be associated with an evolutionary shift in eastern Pacific swiftlets; determining how many clicks the Marquesan Swiftlet emits, could shed light on this. It was also discovered that both the Atiu Swiftlet (Fullard, 1993) and the Papuan Swiftlet (Price et al., 2005) emit clicks while foraging outside at dusk; the latter possibly only in these circumstances considering it might not nest in caves at all. Such behavior is not known to occur in other species (Fullard, 1993) but quite possibly goes given that the Papuan and Atiu Swiftlets are not closely related. However, it has recently been determined that the echolocation vocalizations do not agree with evolutionary relationship between swiftlet species as suggested by DNA sequence comparison (Thomassen & Povel, 2006). This suggests that as in bats, echolocation sounds, once present, adapt rapidly and independently to the particular species' acoustic environment.Three hypotheses are considered to describe how echolocation evolved in the genus Aerodramus and, as determined more recently, other taxa in the Apodidae. One hypothesis states that echolocation evolved from an ancestral species of swiftlets and was lost in the genera which lack echolocation. A second hypothesis is that echolocation evolved independently several times. The third scenario involves a combination of the first two, i.e. a gain-loss-regain scenario.
Several functional subunits (like vocal muscles and brain areals) are needed to produce the echolocating system. Past studies have thought that the loss of one of these subunits was more likely to occur than acquiring all the traits needed to echolocate. But a recent study (Thomassen et al., 2005) suggests that the echolocation subunits were mainly located in the central nervous system, while the subunits in the vocal apparatus were already present and capable of use before echolocation even evolved. This study supports the second hypothesis of independent evolution of echolocation in Aerodramus and Collocalia, with the subsequent evolution of complex behavior needed to complement the physical echolocation system, or even the third approach, as the vocal apparatus-parts of the echolocation system might even be inherited from some prehistoric nocturnal ancestor.
...bersambung
Saya akan sambung lagi kerja2 ini insyallah.
