1. Aloe Plant
Not only is the aloe plant readily available to soothe sunburns, stings, or cuts, it can also detoxify the body and is great for purifying the air. Aloe can help clear the air of pollutants found in chemical cleaning products. An intriguing aspect, when the amount of harmful chemicals in the air become excessive, the plant’s leaves will display brown spots.
2. English Ivy
According to NASA, English Ivy is the number one houseplant to grow indoors due to its incredible air filtering abilities. It is the most effective plant when it comes to absorbing formaldehyde, and is even easy to grow. An adaptable plant, it can be hung and perched on the floor and prefers moderate temperatures and medium sunlight.
3. Rubber Tree
If your green thumb is less developed, the rubber tree may be for you. It easily grows in dim lighting and cooler climates. Plus, the low-maintenance plant is a powerful toxin eliminator and air purifier.
4. Snake Plant
A wonderful corner plant, the snake plant can thrive without much light or water. It’s also efficient at absorbing carbon dioxide and releases oxygen during the night (while most plants do during the day), therefore one in the bedroom may help you in experience better sleep.
5. Peace Lily
This beautiful flower is a wonderful low-maintenance plant to keep in the home. Peace lilies do well in shade and cooler temperatures, and they can reduce the levels of a number of toxins in the air.
The heart-shaped philodendron is a popular plant choice for indoor areas, as they’re easy to care for and can grow decorative vines. Similar to the English Ivy, they are particularly good at absorbing formaldehyde.
If properly cared for, they can last for many years and grow with your family. The philodendron prefers moderate water and some sunlight.
7. Bamboo Palm
An attractive and soothing plant, the bamboo palm also made NASA’s list of top-ten clean air plants with a purifying score of 8.4. The palm is also quite effective at clearing out benzene and trichloroethylene. Well watered and placed in shade or indirect sunlight, they’ll flourish and intensify the peace in your home.
8. Spider Plant
Spider plants are easy to grow and are a popular house plant for many. Not only are they decorative, but they’re also on NASA’s list of the best air-purifying plants. Effective at fighting off pollutants (including benzene, formaldehyde, carbon monoxide, and xylene), they’re a beautiful addition to any home seeking cleaner air.
9. Golden Pothos
The pothos is a simple -yet beautiful – plant which also made NASA’s list. It grows best in cool temperatures and in low levels of sunlight. Able to clear formaldehyde from the air, it’s a beneficial plant to have in your living room or as a hanging plant, as the leaves will grow down in cascading vines.
10. Red-Edged Dracaena
This vibrant plant can grow to be ceiling height (15 foot dracaenas are common), making it a great plant for decorating and filling up space. It’s beneficial for removing toxins, such as xylene, trichloroethylene, and formaldehyde from the air. It flourishes in sunlight and will be a welcome addition in your home.
Plants offer many amazing benefits; grown indoors, they’ll easily allow you to experience better health, create lush living quarters, and be content in a healthier atmosphere.
HCG Urine Immunoassay
A safe, cost-effective, non-invasive, accurate screening test for Cancer
Developed in the late 1950s, by the renowned oncologist, the late Dr. Manuel D. Navarro, the test detects the presence of cancer cells even before signs or symptoms develop. Dr. Navarro found HCG to be present in all types of cancers. The test is based on a theory proposed by Howard Beard and other researchers who contend that cancer is related to a misplaced trophoblastic cell that become malignant in a manner similar to pregnancy in that they both secrete HCG. As a consequence, a measure of the amount of HCG found in the blood or urine is also a measure of the degree of malignancy. The higher the number, the greater is the severity of cancer.
Urine, as opposed to blood or serum, is the preferred specimen for the test. In 1980, Papapetrou and co-authors reported the correctness of the urine specimen to be used in HCG Immunoassay. In 32 proven cancer cases, the immunoassay test gave 31 positive results using urine while only 12 positive results were reported using blood. HCG has been found to undergo glycosylation in the liver as it travels in the hepatic circulation. Thus, the HCG molecule cannot be detected. The molecule does not undergo this process in the kidney and therefore the molecule remains intact in the urine.
The test detects the presence of brain cancer as early as early as 29 months before symptoms appear; 27 months for fibro sarcoma of the abdomen; 24 months for skin cancer; 12 months for cancer of the bones (metastasis from the breast extirpated 2 years earlier).
The Navarro Medical Clinic has been performing the HCG test for cancer for many years and continues to offer this service under the direction of Dr. Efren Navarro. Dr. Efren Navarro, the son of the late Dr. Manuel D Navarro is a graduate of Doctor of Medicine from the University of Santo Thomas, School of Medicine and Surgery, Manila Philippines. He finished his residency in Pathology at Mercy Hospital Medical Center in Chicago. In 1994 he became a Hematopathology Fellow at the University of Illinois, Chicago. In 1996, he returned to the Philippines to continue the work of his famous oncologist father, Manuel Navarro, M.D.
Currently, many cancer patients take advantage of the diagnostic accuracy of the HCG test as an indicator of the effectiveness of their specific mode of therapy. Thousands of cancer survivors have used this test over the years to keep track of their treatment(s) success and check on the status of their remission. Patients follow a simple direction for preparing a dry extract from the urine sample. The powdery extract is mailed to the Navarro Medical Clinic where the HCG testing is performed.
Delayed acquisition of neonatal reﬂexes in newborn primates receiving a thimerosal-containing Hepatitis B vaccine: Inﬂuence of gestational age and birth weight.