SOMEBODY ASKED ME
HOW CAN YOU CHALLENGE MODERN MEDICAL SCIENCE
LISTEN
ALL THESE DOCTORS ARE A BUNCH OF CUNTS
HUMAN BODY IS ALL ABOUT ENERGY, FREQUENCY AND WAVE LENGTHS
Why does my wife keep away from the puja room during menses? Why are women in the menstruating age told to keep away from Sabarimala pilgrimage.
It is about negative energy.
In pure clinical science menstrual bleeding comes from the endometrium as it is peeled off from the uterus and dissolved to flow out.. It is vibration of a particular frequency which causes this
To put in in perspective how do bees make a perfect beehive ? With longitudinal scalar waves of a particular frequency.
A reiki wave is a scalar wave .
Commies are atheists—they don’t believe in god as per their ideology.
There comes a point in your life when you awaken . I have NOT yet seen a atheist commie who declares on his death bed THERE IS NO GOD.
What is this awakening ?
It is your own experience and you say THERE IS GOD
Example?
My wife was requested to do Reiki by a dear family friend.
A baby was born to a relative and the child was just breathing— nothing else. The child was put in a hall with dozens of other such babies in coma ( some lying there for more than a year ) .
On the 24thday, my wife knew the baby was drawing energy from her hands.
She immediately called up the mother . The parents woke up the doctor and rushed to hospital—and there the baby was crying loudly.
For this mother – the MOMENT OF AWAKENING came that instant..
She cannot be misguided by anybody after this incident.
She knows there is a supernatural force ..and so did the father and the doctor / nurse .
Be clear with basics.
Dmitri Ivanovich Mendeleev knew that his 108 element periodic table will happen, as he based his theory on the 54 alphabets in Sanskrit ( in Shiva / Shakti format of 108 ). He left empty spaces for element NOT yet discovered .
He was sure about it
Google DNA NASA
What do you see on page 1 as item 1?
You see the post below which I penned 8 years ago.
Within an hour of NASA holding a much awaited press conference LIVE beamed all over the planet—I had my post out—kicking NASA on their collective balls and twats
How was I so sure?
Because I know , the periodic table is a musical scale ( SHABDA BRAHMAN )
After 48 hours of pregnant silence , the entire top scientists of this planet told NASA to fuck off.
NASA apologized and said “We are going back to the drawing board”
QUOTE:--an hour-long December 2, 2010 NASA news conference were publicized and led to "wild speculations on the Web about extraterrestrial life".[17] Wolfe-Simon was the only one of the paper's authors at that news conference.[18] The news conference was promptly met with criticism by scientists and journalists.[19] In the following month, Wolfe-Simon (and her co-authors and NASA) responded to criticisms through an online FAQ and an exclusive interview with a Science reporter, but also announced they would not respond further outside scientific peer-review.[20][21] Wolfe-Simon left USGS in May 2011.[22] Wolfe-Simon maintains she did not leave voluntarily, but was "effectively evicted" from the USGS group.[23]UNQUOTE
DNA IS NOT ABOUT CHOOTIYA PROTEIN SCIENCE
DNA IS POWERED BY SCALAR ENERGY
EVERY MEDICINE HAS A FREQUENCY
WHAT DO I MEAN BY UNDERSTANDING BASICS ?
Above is just ONE of more than 100 obsolete and ridiculous practices which I kicked out from sea.
Most of it was about theories of Marine Engineering ( which was NOT my subject of competence )
This is why Capt Ajit Vadakayil is a LIVING LEGEND at sea.
When my elder son wanted to come out to sea and become Ship Captain , I said “ No , you are a race horse , the sea is for dhobi donkeys “
WE HAVE CUNTS PASSING OUT OF INDIAN IITs – I AM TALKING ABOUT BTECHS OF CREAM SUBJECTS.
IIT MTECHS ARE SUPER CUNTS ..
THE IIT PROFESSORS ARE A BUNCH OF CUNTS . 60% DESERVE TO BE SACKED.
The ability to conceive, and the risk of miscarriage and Down's syndrome in pregnancy, all relate to the age of the egg and hence the woman's age BALLS.
Egg-based decline is one reason why private services such as developments in egg freezing (most effective for women under the age of 35) and the use of donor eggs are becoming increasingly popular as options for women struggling to get pregnant in later life.
Premature ovarian insufficiency (and impending early menopause) can significantly reduce your chances of getting pregnant and can be unexpected.
During perimenopause women tend to ovulate less frequently and their periods are more spaced out which also reduces chances of conceiving
With new advances in fertility technology, it is possible to have a baby after menopause, but this involves the use of previously frozen eggs, or those of a younger donor.
It is possible to carry a baby to term post-menopause, with the use of hormonal support, but there are risks. In general terms the uterus can be manipulated to accept a pregnancy when a woman is older if you've got a good-quality embryo to put in it - success really is all about the age of the egg.
Older women are more likely to get blood pressure problems, gestational diabetes and other complications during pregnancy and these may be enhanced if donor eggs are used.
In your 40s you've got about a 50% chance of miscarriage each time you get pregnant.--obese women may have too much oestrogen due to too much body fat, which can contribute to fertility problems and low body fat can cause ovulation to stop.
Doing Surynamaskar can help make the uterus more receptive.
Usually IVF requires several rounds of treatment and is self-funded. You need to have an ovarian egg reserve great enough to produce a number of eggs to ensure a reasonable chance of success in a standard cycle, otherwise there’s little point in trying IVF.
During IVF, mature eggs are collected (retrieved) from your ovaries and fertilized by sperm in a lab. Then the fertilized egg (embryo) or eggs are implanted in your uterus. One cycle of IVF takes about two weeks.
IVF is the most effective form of assisted reproductive technology. The procedure can be done using your own eggs and your partner's sperm. Or IVF may involve eggs, sperm or embryos from a known or anonymous donor. In some cases, a gestational carrier — a woman who has an embryo implanted in her uterus — might be used.
IVF can be time-consuming, expensive and invasive. If more than one embryo is implanted in your uterus, IVF can result in a pregnancy with more than one fetus (multiple pregnancy).In vitro fertilization (IVF) is a treatment for infertility or genetic problems.
If IVF is performed to treat infertility, you and your partner might be able to try less invasive treatment options before attempting IVF, including fertility drugs to increase production of eggs or intrauterine insemination — a procedure in which sperm are placed directly in your uterus near the time of ovulation.
IVF may be an option if you or your partner has:--
Fallopian tube damage or blockage. Fallopian tube damage or blockage makes it difficult for an egg to be fertilized or for an embryo to travel to the uterus.
Ovulation disorders. If ovulation is infrequent or absent, fewer eggs are available for fertilization.
Premature ovarian failure. Premature ovarian failure is the loss of normal ovarian function before age 40. If your ovaries fail, they don't produce normal amounts of the hormone estrogen or have eggs to release regularly.
Endometriosis. Endometriosis occurs when the uterine tissue implants and grows outside of the uterus — often affecting the function of the ovaries, uterus and fallopian tubes.
Uterine fibroids. Fibroids are benign tumors in the wall of the uterus and are common in women in their 30s and 40s. Fibroids can interfere with implantation of the fertilized egg.
Previous tubal sterilization or removal. If you've had tubal ligation — a type of sterilization in which your fallopian tubes are cut or blocked to permanently prevent pregnancy — and want to conceive, IVF may be an alternative to tubal ligation reversal.
Impaired sperm production or function. Below-average sperm concentration, weak movement of sperm (poor mobility), or abnormalities in sperm size and shape can make it difficult for sperm to fertilize an egg. If semen abnormalities are found, your partner might need to see a specialist to determine if there are correctable problems or underlying health concerns.
Unexplained infertility. Unexplained infertility means no cause of infertility has been found despite evaluation for common causes.
A genetic disorder. If you or your partner is at risk of passing on a genetic disorder to your child, you may be candidates for preimplantation genetic diagnosis — a procedure that involves IVF. After the eggs are harvested and fertilized, they're screened for certain genetic problems, although not all genetic problems can be found. Embryos that don't contain identified problems can be transferred to the uterus.
Fertility preservation for cancer or other health conditions. If you're about to start cancer treatment — such as radiation or chemotherapy — that could harm your fertility, IVF for fertility preservation may be an option. Women can have eggs harvested from their ovaries and frozen in an unfertilized state for later use. Or the eggs can be fertilized and frozen as embryos for future use.
Women who don't have a functional uterus or for whom pregnancy poses a serious health risk might choose IVF using another person to carry the pregnancy (gestational carrier). In this case, the woman's eggs are fertilized with sperm, but the resulting embryos are placed in the gestational carrier's uterus.
A pregnancy with multiple fetuses carries a higher risk of early labor and low birth weight than pregnancy with a single fetus does.
IVF increases the risk that a baby will be born early or with a low birth weight.
About 4 percent of women who use IVF will have an ectopic pregnancy — when the fertilized egg implants outside the uterus, usually in a fallopian tube. The fertilized egg can't survive outside the uterus, and there's no way to continue the pregnancy.
Babies conceived using IVF might be at increased risk of certain birth defects.
There is a link between certain medications used to stimulate egg growth and the development of a specific type of ovarian tumor
Use of IVF can be financially, physically and emotionally draining.
Low levels of human chorionic gonadotrophin can indicate a failing pregnancy. Reduced levels of human chorionic gonadotrophin are often observed in ectopic pregnancies (where the embryo implants outside of the uterus) or in miscarriages.
Complications---OHSS may be complicated by ovarian torsion, ovarian rupture, thrombophlebitis and renal insufficiency. Symptoms generally resolve in 1 to 2 weeks, but will be more severe and persist longer if pregnancy occurs.
This is due to human chorionic gonadotropin (hCG) from the pregnancy acting on the corpus luteum in the ovaries in sustaining the pregnancy before the placenta has fully developed. Typically, even in severe OHSS with a developing pregnancy, the duration does not exceed the first trimester.
OHSS has been characterized by the presence of multiple luteinized cysts within the ovaries leading to ovarian enlargement and secondary complications, but that definition includes almost all women undergoing ovarian stimulation. The central feature of clinically significant OHSS is the development of vascular hyperpermeability and the resulting shift of fluids into the third space.
As hCG causes the ovary to undergo extensive luteinization, large amounts of estrogens, progesterone, and local cytokines are released. It is almost certain that vascular endothelial growth factor (VEGF) is a key substance that induces vascular hyperpermeability, making local capillaries "leaky", leading to a shift of fluids from the intravascular system to the abdominal and pleural cavity..
Thus, while the woman accumulates fluid in the third space, primarily in the form of ascites, she actually becomes hypovolemic and is at risk for respiratory, circulatory (such as arterial thromboembolism since blood is now thicker), and renal problems. Women who are pregnant sustain the ovarian luteinization process through the production of hCG.
Treatment of OHSS depends on the severity of the hyperstimulation.
Moderate OHSS is treated with bed rest, fluids, and close monitoring of labs such as electrolytes and blood counts. Ultrasound may be used to monitor the size of ovarian follicles.
If the OHSS develops within an IVF protocol, it can be prudent to postpone transfer of the pre-embryos since establishment of pregnancy can lengthen the recovery time or contribute to a more severe course. Over
Before beginning a cycle of IVF using your own eggs and sperm, you and your partner will likely need various screenings, including:
Ovarian reserve testing.-- To determine the quantity and quality of your eggs, your doctor might test the concentration of follicle-stimulating hormone (FSH), estradiol (estrogen) and antimullerian hormone in your blood during the first few days of your menstrual cycle. Test results, often used together with an ultrasound of your ovaries, can help predict how your ovaries will respond to fertility medication.
Semen analysis. If not done as part of your initial fertility evaluation, your doctor will conduct a semen analysis shortly before the start of an IVF treatment cycle.
Infectious disease screening. You and your partner will both be screened for infectious diseases, including HIV.
Practice (mock) embryo transfer. Your doctor might conduct a mock embryo transfer to determine the depth of your uterine cavity and the technique most likely to successfully place the embryos into your uterus.
Uterine cavity exam. Your doctor will examine your uterine cavity before you start IVF. This might involve a sonohysterography — in which fluid is injected through the cervix into your uterus — and an ultrasound to create images of your uterine cavity. Or it might include a hysteroscopy — in which a thin, flexible, lighted telescope (hysteroscope) is inserted through your vagina and cervix into your uterus.
Before beginning a cycle of IVF, consider important questions, including:--
How many embryos will be transferred? The number of embryos transferred is typically based on the age and number of eggs retrieved. Since the rate of implantation is lower for older women, more embryos are usually transferred — except for women using donor eggs.
What will you do with any extra embryos? Extra embryos can be frozen and stored for future use for several years. Not all embryos will survive the freezing and thawing process
The live birth rate from frozen embryos is lower than the live birth rate from fresh embryos—read this line twice.
How will you handle a multiple pregnancy? If more than one embryo is transferred to your uterus, IVF can result in a multiple pregnancy — which poses health risks for you and your babies.
In vitro fertilization (IVF) involves several steps — ovulation induction, egg retrieval, sperm retrieval, fertilization and embryo transfer. One cycle of IVF can take about two weeks, and more than one cycle may be required.
Ovulation induction--If you're using your own eggs during IVF, at the start of a cycle you'll begin treatment with synthetic hormones to stimulate your ovaries to produce multiple eggs — rather than the single egg that normally develops each month. Multiple eggs are needed because some eggs won't fertilize or develop normally after fertilization.
You may need several different medications, such as:--
Medications for ovarian stimulation. To stimulate your ovaries, you might receive an injectable medication containing a follicle-stimulating hormone (FSH), a luteinizing hormone (LH) or a combination of both. These medications stimulate more than one egg to develop at a time.
Medications for oocyte maturation. When the follicles are ready for egg retrieval — generally after eight to 14 days — you will take human chorionic gonadotropin (HCG) or other medications to help the eggs mature.
Medications to prevent premature ovulation. These medications prevent your body from releasing the developing eggs too soon.
Medications to prepare the lining of your uterus. On the day of egg retrieval or at the time of embryo transfer, your doctor might recommend that you begin taking progesterone supplements to make the lining of your uterus more receptive to implantation.
Typically, you'll need one to two weeks of ovarian stimulation before your eggs are ready for retrieval. To determine when the eggs are ready for collection, your doctor will likely perform:
Vaginal ultrasound, an imaging exam of your ovaries to monitor the development of follicles — fluid-filled ovarian sacs where eggs mature
Blood tests, to measure your response to ovarian stimulation medications — estrogen levels typically increase as follicles develop and progesterone levels remain low until after ovulation
Sometimes IVF cycles need to be canceled before egg retrieval for one of these reasons:------
Inadequate number of follicles developing
Premature ovulation
Too many follicles developing, creating a risk of ovarian hyperstimulation syndrome
Other medical issues
If your cycle is canceled, your doctor might recommend changing medications or their doses to promote a better response during future IVF cycles. Or you may be advised that you need an egg donor.
Egg retrieval can be done 36 hours after the final injection and before ovulation.
During egg retrieval, you'll be sedated and given pain medication.
Transvaginal ultrasound aspiration is the usual retrieval method. An ultrasound probe is inserted into your vagina to identify follicles. Then a thin needle is inserted into an ultrasound guide to go through the vagina and into the follicles to retrieve the eggs.
If your ovaries aren't accessible through transvaginal ultrasound, an abdominal surgery or laparoscopy — a procedure in which a tiny incision is made near your navel and a slender viewing instrument (laparoscope) is inserted — may be used to guide the needle.
The eggs are removed from the follicles through a needle connected to a suction device. Multiple eggs can be removed in about 20 minutes.
After egg retrieval, you may experience cramping and feelings of fullness or pressure.
Mature eggs are placed in a nutritive liquid (culture medium) and incubated. Eggs that appear healthy and mature will be mixed with sperm to attempt to create embryos. However, not all eggs may be successfully fertilized.
Sperm retrieval--If you're using your partner's sperm, he'll provide a semen sample at your doctor's office or a clinic through masturbation ( looking at blue movie ) the morning of egg retrieval.
Other methods, such as testicular aspiration — the use of a needle or surgical procedure to extract sperm directly from the testicle — are sometimes required. Donor sperm also can be used. Sperm are separated from the semen fluid in the lab.
Fertilization can be attempted using two common methods:--
Insemination. During insemination, healthy sperm and mature eggs are mixed and incubated overnight.
Intracytoplasmic sperm injection (ICSI). In ICSI, a single healthy sperm is injected directly into each mature egg. ICSI is often used when semen quality or number is a problem or if fertilization attempts during prior IVF cycles failed.
In certain situations, your doctor may recommend other procedures before embryo transfer.
Assisted hatching. About five to six days after fertilization, an embryo "hatches" from its surrounding membrane (zona pellucida), allowing it to implant into the lining of the uterus. If you're an older woman, or if you have had multiple failed IVF attempts, your doctor might recommend assisted hatching — a technique in which a hole is made in the zona pellucida just before transfer to help the embryo hatch and implant.
Preimplantation genetic testing. Embryos are allowed to develop in the incubator until they reach a stage where a small sample can be removed and tested for specific genetic diseases or the correct number of chromosomes, typically after five to six days of development. Embryos that don't contain affected genes or chromosomes can be transferred to your uterus.
While preimplantation genetic testing can reduce the likelihood that a parent will pass on a genetic problem, it can't eliminate the risk. Read this line twice..Prenatal testing is still recommended.
Embryo transfer usually takes place two to six days after egg retrieval.
You might be given a mild sedative. The procedure is usually painless, although you might experience mild cramping.
The doctor or nurse will insert a long, thin, flexible tube called a catheter into your vagina, through your cervix and into your uterus.
A syringe containing one or more embryos suspended in a small amount of fluid is attached to the end of the catheter.
Using the syringe, the doctor or nurse places the embryo or embryos into your uterus.
If successful, an embryo will implant in the lining of your uterus about six to 10 days after egg retrieval.
After the procedure--After the embryo transfer, you can resume your normal daily activities.
However, your ovaries may still be enlarged. Consider avoiding vigorous activity, which could cause discomfort.
Typical side effects include:--
Passing a small amount of clear or bloody fluid shortly after the procedure — due to the swabbing of the cervix before the embryo transfer
Breast tenderness due to high estrogen levels
Mild bloating
Mild cramping
Constipation
If you develop moderate or severe pain after the embryo transfer, contact your doctor. He or she will evaluate you for complications such as infection, twisting of an ovary (ovarian torsion) and severe ovarian hyperstimulation syndrome.
Results-About 12 days to two weeks after egg retrieval, your doctor will test a sample of your blood to detect whether you're pregnant.
If you're pregnant, your doctor will refer you to an obstetrician or other pregnancy specialist for prenatal care.
If you're not pregnant, you'll stop taking progesterone and likely get your period within a week. If you don't get your period or you have unusual bleeding, contact your doctor. If you're interested in attempting another cycle of in vitro fertilization (IVF), your doctor might suggest steps you can take to improve your chances of getting pregnant through IVF.
The chances of giving birth to a healthy baby after using IVF depend on various factors, including:--
Maternal age. The younger you are, the more likely you are to get pregnant and give birth to a healthy baby using your own eggs during IVF. Women age 40 and older are often counseled to consider using donor eggs during IVF to increase the chances of success.
Embryo status. Transfer of embryos that are more developed is associated with higher pregnancy rates compared with less developed embryos (day two or three). However, not all embryos survive the development process.
Reproductive history. Women who've previously given birth are more likely to be able to get pregnant using IVF than are women who've never given birth. Success rates are lower for women who've previously used IVF multiple times but didn't get pregnant.
Cause of infertility. Having a normal supply of eggs increases your chances of being able to get pregnant using IVF. Women who have severe endometriosis are less likely to be able to get pregnant using IVF than are women who have unexplained infertility.
Lifestyle factors. Women who smoke typically have fewer eggs retrieved during IVF and may miscarry more often. Smoking can lower a woman's chance of success using IVF by 50 percent. Obesity can decrease your chances of getting pregnant and having a baby. Use of alcohol, recreational drugs, excessive caffeine and certain medications also can be harmful.
Generally, women can conceive as long as they are fertile.
Chronological age and biological age are different though. A 38 year old woman, who has taken good care of her health, eats cleanly, does Yoga and who is overall active, may have the biological age of a 29 year old.
Similarly, a 24 year old who is obese, eats fast food 4 times a week, never works out, and is sedentary,has rampant sex while having birth control pills will have the biological age of a 40 year old.
CAPT AJIT VADAKAYIL..
The Gulf Stream influences the climate of the east coast of North America from Florida to Newfoundland, and the west coast of Europe
A warmer Arctic could halt the Gulf Stream, which brings warmer water and weather to north-western Europe. There’s no land at the North Pole — it’s a frozen ocean.
In winter in the Arctic it is complete darkness yet temperatures spiked 7.2 deg C The sun set in October 2017 and won’t be seen until March 2018 , yet the thermometer reads like summer. Temperatures should be sub zero but are instead above the freezing point.
The extent of frozen seawater floating in the Arctic Ocean reached new lows in January / February in 4 decades of satellite monitoring.
The arctic was 6.1 degrees Celsius warmer than usual on February 2018
February 2018 also saw the greatest loss of Arctic sea ice since man came on earth.. Record-low levels of sea ice in the Bering Sea and the Arctic are shattering all known records.
Warming Arctic decreases the strength of the jet stream. This air current acts like a tourniquet keeping Arctic air from bleeding out over North America.
The extreme weather that has brought snow and bitter cold to much of Europe in recent days is part of a remarkable temperature inversion that has also enveloped the Arctic with unprecedented warmth.
Thinner, receding ice allows the ocean’s heat to escape more readily into the atmosphere, which the Arctic’s highly stable lower atmosphere traps near the surface during the polar night. As a result, winter surface air temperatures have warmed more in the Arctic compared with the global average.
Thinner sea ice is more mobile and deforms more easily from winds and currents. In February, southerly surface winds blew sea ice away from the northern shore of Greenland, causing the largest expanse of open ocean in winter ever recorded by satellites. S imilarly, the Bering Sea experienced extreme sea ice retreat this winter.
With more open ocean, major wind storms generate large waves that cause damaging coastal erosion, endangering oceanside towns.
In January 2018, the eastern US and Canada suffered a record-breaking “polar vortex” that brought plunging temperatures and led Niagara Falls to freeze.
A polar vortex is a mass of cold air that sits above the Earth’s north and south poles. This cold air is controlled by a large pocket of low pressure, which rotates in an anti-clockwise direction at the North Pole and clockwise at the South Pole.
A polar vortex is an upper level low-pressure area lying near the Earth's poles. There are two polar vortices in the Earth's atmosphere, overlying the North and South Poles. It ALWAYS exists near the poles, but weakens in summer and strengthens in winter. The term "vortex" refers to the counter-clockwise flow of air that helps keep the colder air near the Poles.
The jet stream is strongest in winter, when it has the greatest effect on weather in more densely populated parts of North America and Eurasia.
When it rolls along in relatively steady waves, normal weather ensues, with spells of cold, snow and intermittent warm-ups.
But when it coils far to the south, bitter cold Arctic air spills southward along with it. Wriggling like a garden hose, each southward kink in the wind tends to be balanced out by a northward bend somewhere else. That can lead to the western states, even Alaska, being unusually warm and dry while the middle of the country and the eastern states freeze.
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