Eye Of RA = Thalamus = pineal gland

lavendernovella

Many people have never heard about this tiny part in our brain. Even the medical practitioners and brain scientists seem not to pay much attention to it.... as if they are taught or instructed to behave that way by "you know who".

Pineal gland... that's the name of the part that I am talking about.

During those days when high technology devices were absent, pineal gland function has been surpressed by putting in chemicals into our drinking water supply. These chemicals harden and ultimately kill our pineal gland. Until today, this method is still being practiced i.e. putting fluoride into public water supply (in the US of America) and chlorine (in Malaysia and many other countries especially 3rd world countries).

Nowadays, rapid high-technology development has allowed wide variety of wireless frequencies to be used to assist in surpressing and kill our pineal gland from doing its work i.e. WiFi, Bluetooth, Cell Phones, Communication Towers, etc.

So, what is the function of a pineal gland? Well, I am sure it is hard to believe..... that tiny gland is actually our hardware for downloading and uploading (encoding and decoding) information transactions from and to our natural environment like animals, trees or even objects like the stone or metal. Even the unseen realms can be accessed using the pineal gland.

The bad guys know this... and we are taught not to believe it.

ps: terpulang kepada diri sendiri ...

bronto

boleh jadik gak nih

mizkajura

ermm semuanya berkemungkinan...

putput

nak tau lebih lanjut part download upload tu...

AwgSagi

The Pineal Gland: A Link to Our Third Eye

As advances in healthcare progress, more importance is being given to the glands of the endocrine system and the necessity of their proper functioning. Much is still to be researched and understood about the body’s endocrine system, particularly the glands located in the the brain. The endocrine system consists of a series of glands that secrete particular hormones into the bloodstream. These hormones send messages to the cells of the body, which in turn help to regulate a variety of functions including metabolism, growth and development, tissue function and mood.

From its unique perch between the brain’s two hemispheres, the endocrine system’s pineal gland secretes melatonin, a derivative of serotonin, which generally contributes to feelings of well-being and happiness. The tiny, pine cone–shaped gland is joined by the habenular trigone and the posterior commissure to make up the epithalamus, which serves to connect the limbic system to other parts of the brain. The limbic system influences both the endocrine system and the autonomic nervous system and seems to have involvement (which is not entirely well understood) with emotion, behavior, motivation, long-term memory and olfaction (our sense of smell). Just in this brief description, we get a glimpse of the inextricable relationships amongst our organs, systems and their functions.

Released by the pineal gland’s pinealocyte cells, melatonin is a powerful antioxidant that fights free radicals that damage neurons (or any cells, for that matter). The amount of melatonin found in spinal fluid is much higher than the amount in our bloodstream, and it controls our circadian rhythm—our sleep and wake cycle. The pineal gland creates more of the antioxidant at night, in the absence of light, which helps to dictate our sleeping patterns. Studies on the pineal gland and melatonin have contributed to chronobiology, the branch of science which explores rhythms in living organisms. We all know people who strongly identify with being a “morning person” or “night owl,” and chronobiology has ways of assessing these chronotypes. In the dark months of winter, seasonal affective disorder (SAD) seems to be the result of low melatonin levels. Interestingly, aside from our eyes, the pineal gland is the only other organ in our body that detects light.

Melatonin is produced in response to another hormone called norepinephrine. Recent research shows that while the norepinephrine complex turns up melatonin in the evening (and the resulting sleepiness), dopamine and its receptor form a complex of proteins that does the opposite in the morning. The dopamine receptor on the outside of the pineal gland works alongside norepinephrine receptors to slow the melatonin-secretion signal in the early morning. Several diseases and conditions are affiliated with melatonin, including insomnia, fatigue, anxiety and, most recently, cancer. Since melatonin protects white blood cells against radiation damage, they provide a boost for the immune system. The blood flow through the pineal gland is very high and second only to the kidney, the body’s natural blood filter. This counts as another unique aspect of the pineal gland, as most other parts of the brain are separated from the bloodstream by the blood-brain barrier system (a separation of circulating blood from the brain extracellular fluid).

The pineal gland also has an effect on our reproductive system. High levels of melatonin in children are thought to inhibit their sexual development, and pineal gland tumors have been linked to the onset of early puberty. In addition, when the gland is damaged, accelerated growth of sexual organs occurs.

Dr. Rick Strassman, who conducted extensive research on near-death experiences in the 1990s, asserts that the pineal gland is also responsible for secreting the naturally occurring psychedelic hormone dimethyltryptamine (DMT). Structurally analogous to both serotonin and melatonin, it is believed DMT might help contribute to the visual effects of natural dreaming, near-death experiences, religious visions or other altered states.

As we have attempted to understand its functions throughout history, the pineal gland has been associated with mystery and myth. René Descartes, for example, dubbed it the “principal seat of the soul,” suggesting it connected the body and intellect. Further, the philosophy of French writer Georges Bataille holds that the pineal gland can be thought of as a blind spot in Western rationality. This could serve to explain why science has merely a partial understanding of its function and secretory activity. From a profound sense of clarity and presence to an increase in physical and mental health and balance, the effects of its proper functioning are wide-ranging and can be difficult to communicate. Further study will provide the elusive link between science and spirituality.

- See more at: http://brainworldmagazine.com/th ... thash.oYPNPb8X.dpuf

AwgSagi

Sekilas Tentang Pineal gland :
http://ahmadsamantho.wordpress.c ... enjar-pineal-gland/

Pineal Gland , Atau kelenjar pineal , adalah salah satu jaringan kecil yang terletak di bagian pusat kepala , terletak pada bagian yang sangat “dalam” di otak , dan terendam cairan serebrospineal . kelenjar pineal tidak hanya mampu merasakan adanya cahaya dari luar , tetapi strukturnya juga seperti mata dan benar-benar memiliki lensa ,kornea , dan retina , tetapi lebih sederhana . kelenjar ini juga sensitif terhadap cahaya , persis seperti mata . sejumlah besar fungsi-fungsi jasmani yang penting seperti pengembangan seksual , metabolisme ,dan produksi melatonin , dilakukan oleh kelenjar ini.

Fungsi kelenjar Pineal Sehubungan dengan topik Tema diatas ,yang Paling Penting adalah Kemampuan kelenjar Pineal memancarkan sekresi kepada pusat – pusat strategis otak yang berhubungan dengan hal emosional , Visual , dan pendengaraan. Kelenjar Pineal membantu mengatur suhu tubuh dan warna kulit.

Umumnya , Setelah priode yang penuh imajinasi pada masa kanak-kanak , Kelenjar Pineal Mengalami Klasifikasi dan Berkurang kegiatannya Ketika seorang Menginjak Usia 12 Th.

Keunikan Kelenjar Pineal dibanding bagian tubuh lainnya : kelenjar ini merupakan satu-satunya kelenjar di otak yang tidak mempunyai pasangan .

Kelenjar pineal disebut “mata ketiga” oleh orang-orang kuno. Ia di anggap memiliki kekuatan mistik. Hal ini mungkin mengapa Descartes filsuf Perancis memutuskan bahwa kelenjar pineal adalah kursi jiwa manusia, lokasi apa yang kita sebut pikiran.

Pineal ini tidak berisi peta lengkap bidang visual dari mata, dan memainkan beberapa peranan penting dalam fungsi manusia.
Juga disebut badan pineal atau epiphysis cerebri, kelenjar pineal adalah penting untuk diskusi ini karena dua alasan. Pertama, adalah pusat untuk produksi hormon melatonin. Melatonin terlibat dalam berbagai aktivitas manusia. Ini mengatur ritme tubuh sehari-hari, terutama hari / siklus malam (ritme sirkadian). Melatonin dilepaskan dalam gelap, saat tidur. Menggila melatonin baru-baru ini menyapu melalui masyarakat sadar kesehatan membuat klaim bahwa hormon memperlambat proses penuaan (pertahanan terhadap radikal bebas), mencegah jet lag, yang terlibat dalam gangguan afektif musiman, koordinat kesuburan, dan memungkinkan untuk dalam pola tidur nyenyak.

Melatonin adalah hormon yang sangat kuno yang ditemukan di seluruh kerajaan binatang. Dalam reptil dan burung pineal ini dekat dengan kulit dan kebutu*an interaksi dengan mata untuk mendaftarkan hari / siklus malam (ini adalah di mana pengertian dari ‘mata ketiga “berasal dari). Dalam hewan, kelenjar pineal adalah master jam. Pada mamalia, bagaimanapun, kelenjar pineal adalah bawahan mata / sistem SCN Light parah. membatasi produksi melatonin.

Melatonin telah terbukti dapat menghambat pertumbuhan dan metastasis beberapa tumor pada hewan percobaan, dan karena itu mungkin memainkan peran dalam penghambatan kanker.Penghapusan kelenjar pineal dan / atau pengurangan dalam output melatonin telah terlibat dalam peningkatan insiden kanker payudara di laboratorium hewan. Pasien yang menderita kanker payudara memiliki tingkat melatonin dalam darah. Hormon juga telah ditunjukkan untuk menjadi pelindung terhadap kerusakan genetik, dan memiliki efek stimulasi pada sistem kekebalan tubuh .

baby37

Uploading & downloading info to & from natural environment - macam dalam cite Avatar tu...everything is connected.