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Portofino imports fresh frozen grapes and fresh juices for winemaking from quality vineyards around the world. Our ongoing commitment to quality and great value provides U-Vins and winemakers across North America with product that guarantees a unique winemaking experience and superior end results.Produced using the finest ingredients, our cooking wines and vinegars uphold Portofino’s commitment to quality.A wine can only be as good as its grape. We work together with like-minded international grape growers in order to source the highest quality of grapes and grape juices for our clients.PORTOFINO was founded in 1997, and continues to be led by Winemaker and Co-founder Alejandro De Miguel. Alejandro began his career as a respected winemaker in his native Argentina where he demonstrated from the start his vision for excellence and passion for everything wine. Several years after his arrival to Canada he was able to bring to fruition his desire to share with consumers high quality winemaking and gourmet food products. Gustavo De Agostini, originally from Uruguay and Alejandro’s right hand man for over 20 years is now a partner and a respected winemaker in his own right. Together, Alejandro and Gustavo continue to strengthen their commitment to quality products making Portofino one of Canada’s leading food and wine enterprises. Our philosophy is based in the tradition of superior winemaking – a wine can only be as good as its grape. Thinking outside the bottle, we extended that tradition to all of our food products, sourcing and importing only the best from suppliers worldwide. Our imported frozen grapes and fresh juices are offered year-round to wineries, U-Vins and winemakers across North America. Our master vintners are consistently on hand to assist and ensure a smooth and successful winemaking process. Our selection of cooking wines and vinegars are both imported and made in-house. Our products are available for food distributors and processors, and can be ordered with our in-house brand or customized for private label. Fresh grapes are the basis for premium winemaking, and in an ideal scenario – you grow and you harvest in the same place where you crush and ferment. From the moment the grape is picked from the vine, temperature control is the key to preserving the grapes’ flavours and characteristics intact for winemaking. It is obvious why temperature control presents a challenge when shipping fresh grapes over long distances. The smallest temperature fluctuation sacrifices flavour and aromatics. For this reason, when it comes to importing frozen grapes are actually better than fresh grapes. Years of experience have proven that there are no quality down sides to freezing grapes for winemaking. The freezing process causes a gentle intercellular breakdown of red grape cells, releasing more juice and colour without any bitter characteristics – think of it as an extended cold maceration. In the end we are able to work with grapes that have preserved their characteristics, show to be more naturally sterile and more suitable for fermentation. Perhaps the most significant advantage of working with frozen grapes and juice is timing. Timing allows us to make blends and modify our winemaking protocols in order maximize the grapes’ potential and end result. 23Kg. Pail 3 pails makes 2 x 23L batches CHILEMAIPO VALLEY Cabernet Sauvignon Merlot CarmenerE ITALYSICILY Nero D’avola ARGENTINASAN JUAN Malbec 21L. Pail Makes 28 x 750 mL bottles CHILEMAIPO VALLEY Chardonnay Sauvignon Blanc ArgentinaSAN JUAN torrontes 22L. Pail Makes 4 x 23L batches CABERNET SAUVIGNON MERLOT MALBEC SHIRAZ RUBY CABERNET PINOT NOIR VALPOLICELLA BAROLO AMARONE PINOT GRIGIO CHARDONNAY SAUVIGNON BLANC RIESLING GEWURZTRAMINER BLUSH ZINFANDEL It is our passion for wine and food that fuels our commitment to quality products. Our food products, just like our wines, are testament to our love for premium ingredients and our on-going dedication to customer satisfaction. {Boxes of 4 x 4 litres} {Boxes of 4 x 4 litres} {Boxes of 4 x 4 litres} {Boxes of 4 x 4 litres and Bag in box of 20 litres} Juice & Wine Products Inc. 28 Millwick Drive Toronto, Ontario, Canada M9L 1Y3

Visit Eagles Mere Air & Auto Museums, Merritt Field, Route 42 between Eagles Mere and Laporte. Vintage biplanes starting in 1917 actively flown, many were of the type flown by the early aviation pioneers,including many of the famous early female pilots. Check web sites & Facebook for more informationEagles Mere Air, Auto, & Motorcycle MuseumsWeb Sites: www.eaglesmereairmuseum.org www.eaglesmereautomuseum.com www.eaglesmeremotorcyclemuseum.comFacebooks: Air Museum Auto Museum ​Motorcycle Museum

Providing Clarity What is an Ultrasound? An ultrasound is an imaging test that uses sound waves to create real-time pictures or video of soft tissues in your body. An ultrasound is an imaging test that uses sound waves to create real-time pictures or video of soft tissues inside your body. Ultrasound (also called sonography or ultrasonography) is a noninvasive imaging test. An ultrasound picture is called a sonogram. Ultrasound uses high-frequency sound waves to create real-time pictures or video of internal organs or other soft tissues, such as blood vessels. Ultrasound enables healthcare providers to “see” details of soft tissues inside your body without making any incisions (cuts). And unlike X-rays, ultrasound doesn’t use radiation. Although most people associate ultrasound with pregnancy, healthcare providers use ultrasound for many different situations and to look at several different parts of the inside of your body. During an ultrasound, a healthcare provider passes a device called a transducer or probe over an area of your body or inside a body opening. The provider applies a thin layer of gel to your skin so that the ultrasound waves are transmitted from the transducer through the gel and into your body. The probe converts electrical current into high-frequency sound waves and sends the waves into your body’s tissue. You can’t hear the sound waves. Sound waves bounce off structures inside your body and back to the probe, which converts the waves into electrical signals. A computer then converts the pattern of electrical signals into real-time images or videos, which are displayed on a computer screen nearby. There are three main categories of ultrasound imaging, including: Pregnancy ultrasound (prenatal ultrasound). Diagnostic ultrasound. Ultrasound guidance for procedures. Healthcare providers often use ultrasound (often called prenatal or obstetric ultrasound) to monitor you and the fetus during pregnancy. Providers use prenatal ultrasound to: Confirm that you’re pregnant. Check to see if you’re pregnant with more than one fetus. Estimate how long you’ve been pregnant and the gestational age of the fetus. Check the fetal growth and position. See the fetal movement and heart rate. Check for congenital conditions (birth defects) in the fetal brain, spinal cord, heart or other parts of its body. Check the amount of amniotic fluid. Most healthcare providers recommend an ultrasound at 20 weeks pregnant. This test tracks the fetus’s growth and development during pregnancy. This ultrasound may also show the biological sex of the fetus. Tell your technician if you do or do not want to know the sex. Your provider may order extra scans to get answers to any questions or concerns, such as the potential for congenital conditions. Providers use diagnostic ultrasounds to view internal parts of your body to see if something is wrong or not working properly. They can help your provider learn more about what’s causing a wide range of symptoms, such as unexplained pain, masses (lumps) or what may be causing an abnormal blood test. For most diagnostic ultrasound exams, the technician places the transducer (probe) on your skin. In some cases, they may need to place the probe inside your body, such as in your vagina or rectum. The type of diagnostic ultrasound you have depends on the details of your case. Examples of diagnostic ultrasounds include: Abdominal ultrasound: An ultrasound probe moves across the skin of your midsection (belly) area. Abdominal ultrasound can diagnose many causes of abdominal pain. Kidney (renal) ultrasound: Providers use kidney ultrasound to assess the size, location and shape of your kidneys and related structures, such as your ureters and bladder. Ultrasound can detect cysts, tumors, obstructions or infections within or around your kidneys. Breast ultrasound: A breast ultrasound is a noninvasive test to identify breast lumps and cysts. Your provider may recommend an ultrasound after an abnormal mammogram. Doppler ultrasound: This is a special ultrasound technique that assesses the movement of materials, like blood, in your body. It allows your provider to see and evaluate blood flow through arteries and veins in your body. Doppler ultrasound is often used as part of a diagnostic ultrasound study or as part of a vascular ultrasound. Pelvic ultrasound: A pelvic ultrasound looks at the organs in your pelvic area between your lower abdomen (belly) and legs. Some of the pelvic organs include your bladder, prostate, rectum, ovaries, uterus and vagina. Transvaginal ultrasound: Your provider inserts a probe into your vaginal canal. It shows reproductive tissues such as your uterus or ovaries. A transvaginal ultrasound is sometimes called a pelvic ultrasound because it evaluates structures inside your pelvis (hip bones). Thyroid ultrasound: Providers use ultrasound to assess your thyroid, a butterfly-shaped endocrine gland in your neck. Providers can measure the size of your thyroid and see if there are nodules or lesions within the gland. Transrectal ultrasound: Your provider inserts an ultrasound probe transducer into your rectum. It evaluates your rectum or other nearby tissues, such as the prostate in males. Providers sometimes use ultrasound to perform certain procedures precisely. A common use of ultrasound is to guide needle placement to sample fluid or tissue from: Tendons. Joints. Muscles. Cysts or fluid collections. Soft-tissue masses. Organs (liver, kidney or prostate). Transplant organs (liver, kidney or pancreas). Examples of other procedures that may require ultrasound guidance include: Embryo transfer for in vitro fertilization. Nerve blocks. Confirming the placement of an IUD (intrauterine device) after insertion. Lesion localization procedures. For ultrasounds during pregnancy, the traditional ultrasound is a two-dimensional (2D) image of the fetus. 2D ultrasound produces outlines and flat-looking images, which allows your healthcare provider to see the fetus’s internal organs and structures. Three-dimensional (3D) ultrasound allows the visualization of some facial features of the fetus and possibly other body parts such as fingers and toes. Four-dimensional (4D) ultrasound is 3D ultrasound in motion. Providers rarely use 3D or 4D fetal ultrasound imaging for medical purposes, though it can be useful in diagnosing a facial or skeletal issue. They do, however, use 3D ultrasound for other medical purposes, such as evaluating uterine polyps and fibroids. While ultrasound is generally considered to be safe with very low risks, the risks may increase with unnecessary prolonged exposure to ultrasound energy or when untrained users operate an ultrasound machine. Because of this, the U.S. Food and Drug Administration (FDA) advises against getting a 3D ultrasound for non-medical reasons such as for “keepsake” moments or entertainment. A doctor or a healthcare provider called an ultrasound technician or sonographer performs ultrasounds. They’re specially trained to operate an ultrasound machine properly and safely. It’s important to always have your ultrasound performed by a medical professional and in a medical facility. How do I prepare for an ultrasound? The preparations will depend on the type of ultrasound you’re having. Some types of ultrasounds require no preparation at all. For ultrasounds of the pelvis, including ultrasounds during pregnancy, of the female reproductive system and of the urinary system, you may need to fill up your bladder by drinking water before the test. For ultrasounds of the abdomen, you may need to adjust your diet or fast (not eat or drink anything except water) for several hours before your test. In any case, your healthcare provider will let you know if you need to do anything special to prepare for your ultrasound. They may give you instructions during an appointment or when scheduling your ultrasound. Instructions may also be available in your electronic medical records if you use such a system. What happens during an ultrasound? Preparation for an ultrasound varies depending on what body part you’ll have scanned. Your provider may ask you to remove certain pieces of clothes or change into a hospital gown. Ultrasounds that involve applying the transducer (probe) over your skin (not in your body), follow these general steps: You’ll lie on your side or back on a comfortable table. The ultrasound technician will apply a small amount of water-soluble gel on your skin over the area to be examined. This gel doesn’t harm your skin or stain your clothes. The technician will move a handheld transducer or probe over the gel to get images inside your body. The technician may ask you to be very still or to hold your breath for a few seconds to create clearer pictures. Once the technician has gotten enough images, they’ll wipe off any remaining gel on your skin and you’ll be done. An ultrasound test usually takes 30 minutes to an hour. If you have any questions about your specific type of ultrasound, ask your healthcare provider. Is an ultrasound painful? Ultrasounds that are performed externally (over your skin) are generally not painful. You won’t feel the sound waves that ultrasound uses. If you have to have a full bladder for the procedure, it may be uncomfortable. It may also be uncomfortable to lay on the exam table if you’re pregnant. Ultrasounds that go inside body cavities, such as your vagina or rectum, may be uncomfortable, but they shouldn’t hurt. Are ultrasounds safe? Yes, research to date has largely shown ultrasound technology to be safe with no harmful side effects. Ultrasound doesn’t use radiation, unlike some other medical imaging tests, such as X-rays and CT scans. Still, all ultrasounds should be done by a professional who has training in using this specialized technology safely. When should I know the results of my ultrasound? The time it takes to get your results depends on the type of ultrasound you get. In some cases, such as prenatal ultrasound, your provider may analyze the images and provide results during the test. In other cases, a radiologist, a healthcare provider trained to supervise and interpret radiology exams, will analyze the images and then send the report to the provider who requested the exam. Your provider will then share the results with you or they may be available in your electronic medical record (if you have an account set up) before your provider reviews the results. Ultrasound can help providers diagnose a wide range of medical issues, including: Abnormal growths, such as tumors or cancer. Blood clots. Enlarged spleen. Ectopic pregnancy (when a fertilized egg implants outside of your uterus). Gallstones. Aortic aneurysm. Kidney or bladder stones. Cholecystitis (gallbladder inflammation). Varicocele (enlarged veins in the testicles). What type of ultrasound do I need? What should I do to prepare for my ultrasound? Do I need any other tests? When should I expect to get test results? Our Board Certified, sub-specialty fellowship trained physicians offer an excellent report turnaround time within a contemporary, comfortable and ambient environment. We provide images on CDs or online via our secure referring physician portal. See all doctors Our latest top-of-the-line diagnostic imaging scanners are Certified by the American College of Radiology (ACR). We accept most insurances and offer attractive cash prices for those without insurances. See all services

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