How Often Do You Feed A Newborn

5 rows Once your baby is a few months old you may be able to introduce a sleepfeed schedule that. Holstein calves should be hand-fed 5 to 6 pints or 3 quarts of good quality colostrum within an hour of birth and again within 12 hours or the next regular feeding.

Baby Feeding Chart How Much And When To Feed Infants The First Year Parents

During the first few weeks or months you should feed your baby whenever needed.

How often do you feed a newborn. If you have questions or need additional guidance about how often or what kind of food to. How to Feed Baby Rabbits. This is called feeding on demand or demand feeding instead of following a strict schedule.

Give your baby more if he or she is showing signs of hunger. Three or more feedings of canned food spaced out evenly throughout the day. Feeding 6 pints of colostrum will not cause a Holstein calf.

8 rows Typically newborn kids need to be fed every 2-4 hours the first 3 days and then you can. For the first 4 to 6 months breast milk or formula is the only food your baby needs. Purchase replacement milk for the baby rabbits.

After that you can start solid foods when your baby show signs of readiness. Even when the boy is crying his guts out she will wait till its 2 hrs mark and only then feed him. Offer shallow lids of formula every 3-4 hours.

Calves that do not receive adequate amounts of quality colostrum early in life are more suscep-tible to diseases. Most newborns need eight to 12 feedings a day about one feeding every two to three hours. Confirm that the mother is not feeding the kittens.

This amount increases as your baby grows and is able to take more at each feeding. Look for early signs of readiness to feed such as moving the hands to the mouth sucking on fists and fingers and lip smacking. My baby is now 22 days old.

At first your little one will keep it simple with just a few teaspoons of a one-ingredient food like a pureed fruit veggie or meat every day. If you are going to feed baby. 23 rows Formula feed every 3 hours.

Fussing and crying are later cues. In the beginning you may be feeding your baby about 8 to 12 times a day. At about 2 months your baby may be taking 4-5 ounces 120-150 milliliters at each feeding and the feedings may be every 3-4 hours.

Most infant formula-fed newborns will feed 8 to 12 times in 24 hours. On average a newborn drinks about 15-3 ounces 45-90 milliliters every 2-3 hours. Newborns should nurse eight to 12 times a day for the first month.

A 2 to 3-week old kitten will still need to be fed every 2-3 hours and it should consume at least 12 tablespoon of formula or milk during each meal. Three feedings of canned food spaced out evenly throughout the day. Youll be as busy with them as you would with a human baby.

The sooner you begin each feeding the less likely youll need to soothe a frantic baby. Newborn pups generally eat every 2 to 3 hours. Before you take a baby rabbit away from its mother or think its orphaned make sure the mother.

My wife is adamant on feeding him only 2 hours apart. When your child gets to be 4 to 8 weeks old theyll probably start nursing seven to nine times a day. You can start by offering your baby 1 to 2 ounces of infant formula every 2 to 3 hours in the first days of life if your baby is only getting infant formula and no breast milk.

If youre mixing formula the packaging should tell you how much to. The American Academy of Pediatrics AAP explains that after the first few days your formula-fed newborn will drink around 2 to 3 ounces 60 to 90 milliliters of formula with every feeding. If a kitten is nursing from its mother youll have to depend on how much the kitten weighs to know whether or not it is consuming enough food.

High Blood Pressure Medicine Side Effects

Blood pressure medications may cause different side effects. Most of the time blood pressure medicines do not cause side effects.

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Below is a list of common medications used to treat or reduce the symptoms of high blood pressure.

High blood pressure medicine side effects. Most of these are mild and may go away over time. Feeling tired weak or like you have no energy. ED is an occasional side effect of BP drugs like thiazide diuretics loop diuretics and beta-blockers all of which can decrease blood flow to the penis and make it difficult to get an erection.

In some patients symptoms may include fatigue headaches dizziness confusion sweating chest pain and vision problems. Many medicines have side effects and most will go away over time. Renin inhibitors a newer type of medicine for treating high blood pressure act by reducing the amount of angiotensin precursors thereby relaxing your blood vessels.

For instance some diuretics can cause excessive urination although this usually improves after a few weeks. Asthma symptoms or a hacking cough Diarrhea severe heartburn or persistent nausea Erectile dysfunction impotence. Constipation depression dizziness dry mouth drowsiness fatigue headache impotence impaired thinking weight gain.

In severe hypertension tremors or shakiness may also occur. Impotence may occur when taking diuretics and beta blockers. SIDE EFFECTS OF BLOOD PRESSURE MEDICINES.

High blood pressure often goes hand in hand with other health problems. Some common side effects of high blood pressure. Vision problems can sometimes manifest as side effects from high blood pressure.

Hypertension side effects can range from mild to severe. Some of the most common hypertension side effects include headaches difficulty with coordination and balance and light-headedness. It could affect muscle function including heart.

Also each class of blood pressure medication has its own side effects. High blood pressure increases your risk of having one of these conditions. CalciumChannel Blockers CCBs These high blood pressure medications keep calciumfrom entering heartmuscle and blood vessel cells.

Most people with high blood pressure have no signs or symptoms even if blood pressure readings reach dangerously high levels. Is it safe to drink alcohol while taking high blood pressure medications. Side effects of these high blood pressure medicines include.

In general whether you are taking a diuretic medication for hypertension an ACE inhibitor a beta blocker or some other type of drug watch for these symptoms that might indicate your dosage needs to be adjusted. Follow the links to read common uses side effects dosage details and read user reviews for the. One of the more common side effects of ARBs is dizziness.

Some people have mild side effects including dizziness headaches swelling in the legs or feet or stomach problems. Potassium loss could result as a side effect of diuretics. What are the side effects of blood pressure medicines.

Blood Pressure Medicine Side Effects. Some of the most common side effects of high blood pressure medications include. Heart attack or stroke.

Swelling or thickening of the left chamber of the heart left ventricular hypertrophy. However other BP drugs such as alpha-blockers ACE inhibitors and angioten-sin-receptor blockers rarely cause ED. Excess salt can cause a buildup of fluid within the blood vessels which raises blood pressure.

However other side effects such as erectile dysfunction from beta blockers leg swelling from certain calcium-channel blockers and cough from ACE inhibitors tend to persist. An increase in blood sugar levels could occur for people with diabetes when taking such blood pressure medications as. Most blood pressure medicines are easy to take but all medicines have side effects.

Dizziness drowsiness and lightheadedness. 76 rows If high blood pressure is left untreated it can damage the blood vessels and increase a.

Igg Vs Igm Antibodies

Both IgM and IgG refer to a class of immunoglobulin. The IgM antibody is the largest antibody found in the blood and lymph fluid and the first to appear to fight off a new infection.

Covid 19 Antibody Igg Titer Machaon Diagnostics

IgM vs IgG.

Igg vs igm antibodies. Detectable IgG antibody response is consistent with the latter two scenarios. For instance you may have heard of IgG antibody tests and IgM antibody tests for COVID-19. In other words the earliest protective antibodies IgG are acting quickly against the infection.

However IgM and IgA antibodies decay more rapidly than IgG 4 6. Anti-VCA IgM appears early in EBV infection and usually disappears within four to six weeks. Anti-VCA IgG appears in the acute phase of EBV infection peaks at two to four weeks after onset declines slightly then persists for the rest of a persons life.

2 Other types of antibodies are usually produced a little later. Hence the first protective immunity tends to respond. Severe and critical cases had higher IgM levels than mild cases whereas the IgG level in critical cases was lower than those in both mild and severe cases.

Though both the antibodies IgM and IgG are proteins made for fighting against antigens or foreign particle IgM provides immediate response when any antigen enters the body while IgG responds later with the permanent eradication of antigen and its effect is lasting. IgM antibodies are the first line of immune defense against fighting pathogens. IgG is a monomeric molecule that appears at later stage of infection.

IgM is a pentameric molecule that appears in the early stage of infection. Antibodies including IgM IgG and IgA against S and its subunits can be detected within 1-3 weeks after infection 4 5. Immunoglobulin G IgG the most abundant type of antibody is found in all body fluids and protects against bacterial and viral infections.

IgG and IgM are two common types of antibodies found in the blood and they represent different stages of an immune response. The positive rates of IgM andor IgG antibody detections were not significantly different among the mild severe and critical disease groups. IgM antibodies make up about 5 to 10 of all the antibodies in the body.

A positive IgG result coupled with a negative IgM result indicates previous vaccination to or infection with VZV. First antibody is produced by the virgin plasma cells in the fetus. This is not the first antibody produced by the virgin plasma cells of the fetus.

IgG is the smallest antibody that responds later causing the permanent eradication of antigen with the lasting effect while IgM provides immediate response when any antigen enters the body. Antibodies are produced by the immune system to fight antigens like bacteria and viruses. A negative IgG result coupled with a negative IgM result indicates the absence of prior exposure to VZV and nonimmunity.

IgG immunoglobulin G antibodies are found in all body fluids and are the most common making up 75 to 80 percent of the antibodies in your body per Michigan Medicine. These individuals are considered to have protective immunity to reinfection. For example an IgM antibody to a specific protein is commonly used to check for recent infection with the hepatitis B virus.

Later the IgG response will. Decline and then another Ig immunoglobulin calls IgM or type M and. 4 IgM - IgG Presence of IgG antibodies in the absence of detectable IgM is consistent with past infection prior vaccination or ongoing infection eg.

Because the body typically produces IgM antibodies first the IgM panel can detect the SARS-CoV-2 virus early. IgM refers to those antibodies that are produced immediately after an exposure to the disease while IgG refers to a later response. Also IgG helps in developing secondary.

They are your bodys first line of. Immunoglobulin M IgM which is found mainly in the blood and lymph fluid is the first antibody to be made by the body to fight a new infection. IgM and IgG antibodies can arise nearly simultaneously 4.

What is the difference between an IgG IgA or IgM antibody test. IgM antibody responses in secondary reactivation CMV infections have been demonstrated in some CMV mononucleosis patients in a few pregnant women and in renal and cardiac transplant patients. IgA and IgM are early indicators of viral exposure and can aid in the diagnosis of COVID-19.

First Appearance in an Organism. 3 IgM IgG Antibody response is consistent with recent infection andor immunization. They make up about 75 to 80 of all the antibodies in the body.

Therefore IgM panels can accurately detect acute infection IgG antibodies are the smallest and most common antibodies. Your body makes IgM antibodies when you are first infected with new bacteria or other germs. Positive CMV IgM results indicate a recent infection primary reactivation or reinfection.

Levels of antibody may be lower in transplant patients with secondary rather than primary infections. IgG is a monomer with 2 antigen-binding sites whereas IgM is a pentamer with 10 antigen-binding sites. They are found in the blood and lymph fluid.

The clinical significance of IgA in SARS-CoV-2 is not yet established. A particularly important type is IgG antibodies which tend to be more long-lived than IgM antibodies. Following are the key differences between IgM and IgG.

How To Run A House On A Generator

Though all homes can benefit from a home generator there are many options available to best suit your needs. As long as you can get past the initial start up load you can run a lot off of 30 amps.

How To Connect A Portable Generator To The Home Supply 4 Methods

13 kW Generator Cummins QuietConnect RS13A.

How to run a house on a generator. Before attempting to start the generator take a few minutes to read over the information provided by the. If you want a generator for the whole house or office calculate the power consumption of the major appliances and make an estimate. However every situation is different.

For example a small refrigerator uses about 350 watts to run so its starting wattage would be approximately 1050 watts or. Since central air conditioners typically use more wattage than any other appliance in your home you will want to make sure you get a generator that can handle the load. Turn on the main breaker to allow the power to begin to flow into the house.

The cost of running a whole house generator depends upon the size of your generator the load the generator is running and the local cost of propane or natural gas. List out every appliance you want to power. A cable on the inside of the house runs from the outlet to the transfer switch.

Add the running wattage to the starting wattage for the total wattage the device needs to operate. The next thing you need to think about is how to connect the generator to your home. If you have never used your generator before or if you havent used it in a long time it is critical to read all instructions and safety information provided with the generator.

A good rule of thumb is to keep whole-house generators 5 feet from windows and doors 1 12 feet from the house and have at least 3 feet in front of the generator for maintenance. Some options we offer include. The generator switches on its power as soon as it detects an outage usually within a matter of seconds.

Electricity from the generator runs through the genset cord to the receptacle through interior cable to the. Connecting your Portable Generator to your House - Transfer Switches. Monitor the fuel supply on the generator to keep it running.

A generator with around 7500 running watts can run all these appliances at once. How Big of a Generator Do I Need to Run the Whole House. Multiply the running wattage of the device by three.

Selecting whole house provides a backup generator recommendation based on your homes size and corresponding outlets and lighting requirements and assumes natural gas appliances in. As long as the generator holds up the house will continue to be fully powered. Central Air Conditioner Size.

Calculating all the items can take a lot of time. AC units come in several sizes depending on their BTUs or Tons. A portable generator capable of running a variety of appliances and equipment in and outside your home will likely have a running wattage of at least 7500 watts.

These include things like a well pump refrigerator and freezer and lighting circuits. You can run the most critical household equipment with a generator rated at 5000 to 7500 watts. Avoid turning on HVAC standard hot water heater and the stove unless your generator can handle it.

Move the switch on the double-throw box to the Up. Determine the starting and running wattage of everything on your list. 13 kW and 30 kW.

Step 1 Read the manufacturers instructions. Calculate what size generator you need in 3 simple steps. Lets focus on two popular whole house generator sizes.

For running a selected number of devices you need to make a. To calculate what size generator you need to power your whole home follow these 3 steps. Select Central Air Unit 1 Not Applicable 2 Tons 3 Tons 4 Tons 5 Tons Select Central Air Unit 2 Not Applicable 2 Tons 3 Tons 4.

Turn on selected breakers with a 5 second delay in between each - ensuring the generator takes the load. Home generators provide a source of backup power to run your electricity in the event of an outage.

Weight Training And Weight Loss

If you have been doing both consistently and have notice you have not changed the way you look or feel then added in a couple of sessions of weight training per week. For advanced training jump rope in between sets or every other set to keep your heart rate and caloric burn up Aim for 3 to 4 sets of each.

Weight Loss Workout Plan 97 Beginner Exercises Workouts That Target Fat Loss By Burning More

Why Does Lifting Weights Lead to Weight Loss.

Weight training and weight loss. Weight training on the other hand keeps your metabolism at an elevated energy use rate for about an hour after youre done. Any more than that isnt sustainable and could have. We also do HIIT high interval training on cardio days as it promotes muscle growth while doing some.

Cardio and deficit of fat intake is your best for your fat loss even without weight training. Any given exercise might be worked for 4 sets of 12-15 repetitions with a 30-60 second rest interval. How to use weight training to lose fat A sensible weight training program to lose fat should revolve around the major compound exercises that are safe and productive for men over 40.

Just a few short weight training sessions a week can help you keep your body burning off calories and fat 247 even when youre at rest. Many people use weight training to lose weight as it has a number of specific benefits for shedding extra pounds such as increased metabolism more lean muscle mass and calorie burning among others. Metabolic weight training refers to what many think of as fat loss training in that it involves higher repetitions 12-15 up to 20-25 with short rest intervals of 30-60 seconds.

This averages about 60 minutes five days a week. One study compared the calories burned during 30 minutes of HIIT weight training running and biking. Another big benefit that weight training has over cardio training is that it will allow you to completely reshape your body.

It does this via a process called excess post-exercise oxygen consumption essentially your body uses stored energy to restore and repair itself after a session of lifting weights. RT Resistance Training - performed weight training only. AT Aerobics Training - Performed cardiovascular exercise only.

A research study at Duke University took 119 participants who were all obese and split them into 3 groups. Your body will also become very efficient at utilizing its resources for recovery meaning youll lose fat even more. Thats a good thing because healthy adults should limit their weight loss to 2 pounds a week according to the American Academy of Family Physicians.

1 when it comes to weight loss. To lose weight or maintain weight loss youll need up to 300 minutes of moderate physical activity a week according to the Mayo Clinic. Be sure to check in with a physician before jumping into a weight-training regimen and dont be afraid of failure.

When you work your body consistently such as reaching 10000 lbs weekly weight lifting volume your bodys metabolism will begin to speed-up to keep up with its need to burn fat as energy. Ultimately weight-loss occurs due to a combination of factorssleep nutrition mindset and physical activity all play key rolls in initiating and maintaining weight-loss. Failure is the point at which growth and change occur.

My weight lifting for weight loss routine My training routine began with three sessions a week which after two weeks increased to 4 sessions. A person who burns 500 calories a day through weight-training exercises and slashes 500 calories every day from his diet can expect to see a 2-pound reduction in weight after just one week. One of the primary benefits of weight training is that it will increase your metabolism due to the increase in muscleThe energy requirements for muscle is.

My head trainer Otaniyien Ekiomado designed a. Exercise science calls this afterburn effect Excess Post-exercise Oxygen Consumption EPOC1 This means that after weight training the body continues to need oxygen at a higher rate2. Weight training can benefit anyone who wants to lose weight.

Full-Body Workout for Weight Loss Perform each of the following exercises for 12 to 15 reps followed by a 15- to 30-second rest in between each move. Lifting weights to lose weight Studies show that strength training directly stimulates your metabolic rate leading to more calories burned after your workout 1. Weight Lifting for Weight Loss.

Yes exercise including resistance training is essential for general health weight loss and weight maintenance but dont forget that diet is No. Some research has directly compared the effects of cardio weight training and HIIT. Aerobic exercise burns calories while you are engaged in exercise but building muscle through weight training helps you burn calories long after your lifting session.

ATRT - performed a combination of cardio training and weight lifting. Another bonus to weight training. Cardio training will generally help you lose weight however this weight loss is typically a combination of fat and muscle so what youre left with is a smaller version of your current self.

They include exercises such as bench presses pull-downs pull-ups squats deadlifts to name a few plus a few isolation movements.

How Does Dialysis Work To Cleanse The Blood

Removing waste salt and extra water to prevent them from building up in the body keeping a safe level of certain chemicals in your blood such as potassium sodium and bicarbonate helping to control blood pressure. Hemodialysis is a type of dialysis that uses a special filter to cleanse the blood.

Dialysis Fresenius

A dialysis machine takes blood from the body cleans it then sends it back to the body usually through needlestubes placed in the arm.

How does dialysis work to cleanse the blood. Dialysate is made of clean water and small amounts of the wastes that need to be removed. How does hemodialysis work. A special fluid is put into your abdomento absorb waste from the blood that passes through small vessels in your abdominal cavity.

The machine also monitors the flow of your blood while it is outside of your body. The dialysis center uses a test called urea reduction ratio or URR to show how well your blood is cleaned during your treatments. It also helps get your electrolytes and minerals to their proper levels in your body.

The cleansed blood is then returned to the body through another set of tubes. These machines are essentially artificial kidneys and they clean the blood in almost the same way. Your blood has much more of these wastes than the dialysate does.

With hemodialysis a machine uses a dialyzer or artificial kidney to clean ones blood. In peritoneal dialysis a sterile dialysate solution rich in minerals. A patient on kidney dialysis would normally get three.

When your kidneys fail dialysis keeps your body in balance by. It helps to clean waste substances electrolytes water and other substances to be removed from the blood into the dialysis fluid through diffusion. The blood is then drawn from the body passed through the artificial kidney and returning to the body.

The diffusion process solely depends on the permeability of the membrane and the molecular structure of the substances in the process nature of the dialysis fluid and the supply of blood. This process uses an artificial kidney hemodialyzer to remove waste and extra fluid from the blood. Blood cells protein and other important things remain in your blood because they are too big to pass through the membrane.

Dialysate is the fluid that helps remove the unwanted waste products from your blood. The concentration of waste is higher in the blood than it is in the fluid so the molecules diffuse across. Blood is removed from the patient and flows into the dialyzer where it is kept separated from dialysis fluid by a partially permeable membrane.

Hemodialysis is the most common type of dialysis. Hemodialysis the most common form of dialysis uses an artificial kidney to clean the blood and perform other renal functions. Dialysis fluid passes in the opposite direction on the other side.

Dialysis uses a principle called diffusion to clean wastes out of the blood. Blood enters the machine and passes over a semi-permeable membrane. Heres how it works.

This is done when the kidney is no longer able to filter waste from the blood. If your kidneys are not working properly waste can build up in your blood. A thin membrane separates these two parts.

To remove excess water from the body during peritoneal dialysis sugar is added to dialysis fluid. As sugar molecules cannot easily pass through the peritoneum membrane body water passes through the peritoneum into the dialysis fluid to balance out the difference in fluid concentration. Peritoneal dialysisYour blood is cleaned inside your body.

The dialysis machine mixes and monitors the dialysate. The kidneys act as filters for the body removing waste from the blood and getting rid of it via the urine. Dialysis can help damaged kidneys by performing the task of filtering.

A dialyzer or filter has two parts that are used to clean your blood in hemodialysis. Hemo means blood or blood dialysis. To get your blood into the dialyzer the doctor needs to make an access or entrance into your blood vessels.

Peritoneal dialysis While hemodialysis removes impurities by filtering the blood peritoneal dialysis works through diffusion. This is done with minor surgery usually to your arm. This process is known as osmosis.

By continuously introducing fresh dialysis fluid excess water that the kidneys. It is possible to live a long and healthy life receiving dialysis three times a week by ensuring that your blood is optimally cleaned during each treatment. The dialysis fluid contains the same concentration of.

In order to do this a surgeon must create a dialysis access port usually an Arteriovenous AV fistula or AV graft. During hemodialysis treatment blood is passed from the body through a set of tubes to a filter. One part is for your blood and the other is for a washing fluid called dialysate.

This machine takes a small amount of blood at a time and cleans it. Hemodialysis is a procedure where a dialysis machine and a special filter called an artificial kidney or a dialyzer are used to clean your blood.

What Is Bpa In Plastic

Bisphenol A BPA is a chemical used in the manufacturing of polycarbonate plastics. Despite known negative effects of BPA and BPS in plastic these toxic chemicals are still prevalent in many home products and food items.

Bpa 3 So Where Do We Go From Here Plastics Facts

Its whats known as an endocrine disrupting compound.

What is bpa in plastic. Studies show that BPA. You can largely avoid plastics. It is a product found in many plastic products as aforementioned to make them more strong.

BPA is the offending chemical that poses such high health risks to consumers and is found in the plastics 3 6 and 7. Bisphenol A BPA is a chemical produced in large quantities for use primarily in the production of polycarbonate plastics and epoxy resins. BPAs full name is bisphenol A.

Its also used to make some protective coatings. BPA stands for bisphenol A. BPA from Plastic is a Hormone Disruptor BPA acts like a hormonal drug and binds to oestrogen receptors and stimulates an oestrogen-like response.

The compound is generally used to improve the products durability and overall resilience against impact. BPA is found in epoxy resins and polycarbonated plastics. Its also used in epoxy resins that coat the insides of canned goods.

BPA and Endocrine-disrupting chemicals Bisphenol A BPA used in plastic and plasticizers are strongly suspected of disrupting our hormone balance. Over 8 billion pounds of BPA are manufactured every year. You can find it in all sorts of plastic products including phones spectacles plastic kitchenware and clear plastics of any purpose.

BPA is a chemical found in a wide range of plastic products although increasing numbers of products marked BPA free are now available. BPA bisphenol A is a chemical that is added to many commercial products including food containers and hygiene products. Bisphenol A or BPA is a chemical used in plastic manufacturing for hardening.

It was first discovered in the 1890s but chemists in the 1950s realized. BPA and BPS exposure is linked with reproductive disorders lowered cognitive function behavioral problems in children and increased oxidative stress among other health disorders. Get Results from 6 Engines at Once.

BPA bisphenol-a is found in polycarbonate plastics which are hard clear or clear-tinted unbreakable plastics. Ad Search Bpa In Plastic Bottles. Theyve been used since the 1960s to make products like water bottles food-storage containers drinking glasses pitchers baby bottles and sippy cups.

Exposure to endocrine-disrupting chemicals is associated with around 80 diseases including testicular cancer obesity and reproductive disorders. BPA was discovered initially in the 1980s but it started being used in plastic not until the 1950s. BPA is a chemical used to make plastics including food storage containers and refillable drinks bottles.

BPA is a chemical used to make plastic resins which keeps metal from breaking and corroding. Bisphenol A or BPA is a common building block in resins and some types of plastic. Get Results from 6 Engines at Once.

BPA is an industrial chemical that has been used to make certain plastics and resins since the 1960s. It is amongst the worlds highest production volume chemicals. Bisphenol A otherwise known as BPA is a compound used to make polycarbonate plastics and epoxy resins.

The BPA also allows BPA to have the ability to be resilient to damages and drops as well. At higher doses it will also stimulate receptors for other hormones through what is called receptor cross-talk. Polycarbonate plastics are often used in containers that store food and beverages such as water bottles.

BPA is found in polycarbonate plastics and epoxy resins. Ad Search Bpa In Plastic Bottles.