BEGIN:VCALENDAR VERSION:2.0 PRODID:icalendar-ruby CALSCALE:GREGORIAN BEGIN:VEVENT DTSTAMP:20240328T232351Z UID:d2d88581-00bc-4fcf-b18a-131180f6570e DTSTART:20201204T090000 DTEND:20201205T090000 CLASS:PRIVATE DESCRIPTION:\n
Session/Tracks
\nTrack 1: Arthroplasty
< span style="color:#000000\;">Arthroplasty is a surgical technique to renov ate the function of a joint. A joint can be restored by resurfacing the bo nes. An artificial joint (called prosthesis) may likewise be used. Differe nt types of joint inflammation may impact the joints. Osteoarthritis\, or degenerative joint disorder\, is lost the ligament or cushion in a joint\, and is the most well-known purpose behind arthroplasty. This surgery perf ormed to ease pain and restore possibility. A joint can be of movement by realigning or remaking a useless joint and to regain the function of a sti ffened synovial joint and alleviate pain. As a surgical technique\, it is generally executed when restorative treatment has not enhanced capacity in the influenced joint. At the point when the articular ligament of the kne e gets to be harmed or exhausted\, it acquires to be difficult - the patie nt discovers it extremely difficult to move the knee. The bones\, instead of sliding over each other with the base of friction\, rub and crush toget her. According to American School of Orthopaedic Surgeons approximately 71 3\,000 arthroplasty surgeries are accomplished every year in the United St ates.
\n\nTrack 2: Orthopaedic trauma
\n\nOrthopedic trauma is a branch of orthopedic surgery concentrating in problems related to the b ones\, joints\, and soft tissues (muscles\, tendons\, ligaments) of the wh ole body following trauma. The main goal of this specific area in orthoped ics is the healing of the fractured bones\, as well as restoring the anato mic alignment of the joint surfaces to allow on behalf of recovery and ret urn to extreme function of the injured body portion.
\n\nTrack 3: Bone and fracture heali ng
\n\nBone healing\, or fractu re healing\, is a proliferative physiological procedure in which the body facilitates the healing of a bone fracture.
\n\nGenerally bone fracture treatment consists of a doctor fa lling (pushing) displaced bones back into place via relocation with or wit hout anaesthetic\, stabilizing their position to aid union\, and then wait ing for the bone'\;s natural healing process to happen.
\n\n< p>Adequate nutrient intake has been initiate to significantly affect the integrity of the fracture repair. Age\, Bone type\, drug therapy and pre existing bone pathology are causes which affec t healing. The role of bone healing is to create new bone without a scar a s seen in other tissues which would be a structural weakness or deformity. \n\nThe process of the entire regeneration of the bone can depend on the angle of dislocation or fractur e. While the bone formation usually spans the entire duration of the heali ng process\, in some instances\, bone marrow within the fracture has heale d two or fewer weeks before the final remodelling phase.
\n\nWhile immobilization and surgery may facilit ate healing\, a fracture ultimately heals through physiological processes. The healing method is mainly determined by the periosteum (the connective tissue membrane covering the bone). The periosteum is one source of precu rsor cells which develop into chondroblasts and osteoblasts that are impor tant to the healing of bone. The bone marrow (when present)\, endosteum\, small blood vessels\, and fibroblasts are other sources of precursor cells
\n\nTrack 4: Treatment of frac tures
\n\nRepositioning bone wi thout surgery is "\;closed reduction."\; Maximum fractures in chil dren are treated with closed reduction. Serious fractures may need open re duction -- repositioning using surgery. In some cases\, campaigns such as pins\, plates\, screws\, rods\, or glue are used to hold the fracture in p lace. Open fractures must also be cleaned thoroughly to avoid infection. span>
\n\nTrack 5: Complications of fr actures
\n\nComplications of fr actures can be acute or chronic.
\n\nAcute complications of fractures are mostly due to initial injury an d generally as a result of the initial trauma and include neurovascular an d soft tissue damage\, blood loss and localised contamination and infectio n.
\n\nDelayed complications of fractures may occur after treatment and may include malunion\, embolic co mplications\, infection and loss of function.
\n\nComplications of fractures are affected by fracture sit e and pattern\, type of treatment\, patient age\, nutritional status\, smo king status and alcohol use.
\n\nTrack 6: Injuries around the elbow
\n\nThe humerus of the upper arm and the paired radius and ulna of t he forearm happen to form the elbow joint\, a hinge joint in the upper arm . The bony eminence at the slope of the elbow is the olecranon process of the ulna. The antecubital fossa lies over the anterior aspect of the elbow
\n\nInjuries to the elbow are common\, generally occur secondary to indirect trauma and are often accomp anied by injury to shoulder or wrist joints. It is important to assess inj uries promptly and exactly\, taking into account age and the mechanism of injury\, particularly because of the risk of associated vascular involveme nt. The elbow extension test is a useful screening tool for bony injury - although not reliable.
\n\nTrac k 7: Injuries around the shoulder\, fracture humerus
\n\nSome people will need a tendency to ignore the pain and "\;play through"\; a shoulder injury\, whic h only intensifies the condition\, and may possibly cause further problems . People also may underestimate the extent of their injury because steady pain\, weakness in the arm\, or restriction of joint motion will become al most second nature to them.
\n\nTrack 8: Infections of bones and joints
\n\nIf a germ gets into a bone or joint it can cause an infectio n. This can happen over the bloodstream\, but many infections arise becaus e of injury\, a skin ulcer or surgery. The patients treated by the Bone In fection Part include people with infections of:
\n\nJoint replacements
\nBroken bones
\nDiabeti
c foot ulcers
\nThese infections can persist\, leading to long-term p
ain\, poor mobility and occasionally wound problems. This is much more lik
ely if:
The bone has been k
illed by the infection
\nthere is artificial material present (for ex
ample\, a joint replacement)
\nthere is a persistent wound.
\nTr
ack 9: metabolic bone disease
Metabolic bone diseases are disorders of bone strength\, generally caus ed by abnormalities of minerals (such as calcium or phosphorus)\, vitamin D\, bone mass or bone structure. The most common metabolic bone disorder i s osteoporosis. When untreated\, it can lead to fragility fractures\, bone deformities and serious disability. Those at high risk for osteoporosis c omprise patients with older age\, small body size\, history of fractures\, steroid use\, intestinal infections\, organ transplants and kidney disord ers.
\n\nMen and women of all a ges may suffer from skeletal disorders. The most common comprise osteoporo sis\, osteomalacia\, Paget&rsquo\;s disease and parathyroid disorders
\n\nTrack 10: Joint replacement sur gery
\n\n·\; Joint replac ement surgery is eliminating a damaged joint and putting in a new one. A j oint is where two or more bones come together\, like the knee\, hip\, and shoulder. The surgery is commonly done by a doctor called an orthopaedic ( or-tho-PEE-dik) surgeon. Sometimes\, the surgeon will not remove the entir e joint\, but will only replace or fix the damaged parts.
\n\n·\; The doctor may suggest a joint re placement to improve how you live. Replacing a joint can relieve pain and help you move and feel better. Hips and knees are replaced most often. Oth er joints that can be replaced include the shoulders\, fingers\, ankles\, and elbows.
\n\nTrack 11: Bone tumours
\n\nBone tumors develop when cells within a bone divide uncontrollably\, developing a lump or mas s of abnormal tissue.
\n\nMost bone tumors are not cancerous (benign). Benign tumors are usually not life -threatening and\, in most cases\, will not spread to additional parts of the body. Depending upon the type of tumor\, treatment options are wide-ra nging&mdash\;from simple observation to surgery to eliminate the tumor.
\n\nSome bone tumors are cancerou s (malignant). Malignant bone tumors can metastasize&mdash\;or cause cance r cells to spread all over the body. In almost all cases\, treatment for m alignant tumors involves a combination of chemotherapy\, radiation\, and s urgery.
\n\nTypes of cancer tha t begin elsewhere and commonly spread to bone include:
\n\nBreast
\nLung
\nThyroid
\nRenal
\nProstate
\nTrack 12: Fractures in children
< span style="color:#000000\;">A child bone fracture is a medical ailment in which a bone of a child (a person younger than the age of 18) is cracked or broken. About 15% of all injuries in children are fracture injuries. Bo ne fractures in children are dissimilar from adult bone fractures because a child&rsquo\;s bones are still growing. Also\, more consideration needs to be taken when a child fractures a bone since it will affect the child i n his or her growth.
\n\nTrack 13: Peripheral nerve injuries
\n\nPeripheral nerve damage is characterised in the Seddon classification b ased on the extent of damage to both the nerve and the surrounding connect ive tissue since the nervous system is characterized by the necessity of n eurons on their supporting glia. Unlike in the central nervous system\, re generation in the peripheral nervous system is possible.] The processes th at occur in peripheral regeneration can be separated into the following ma jor events: Wallerian degeneration\, axon regeneration/growth\, and nerve reinnervation. The events that occur in peripheral regeneration arise with respect to the axis of the nerve injury. The proximal stump refers to the end of the injured neuron that is still attached to the neuron cell body\ ; it is the part that regenerates. The distal stump refers to the end of t he damaged neuron that is still attached to the end of the axon\; it is th e part that will degenerate but remains the area that the regenerating axo n grows toward.
\n\nTrack 14: I njuries of the forearm and wrist
\n\nForearm fractures account for maximum limb fractures. Wrist fracture s are the most common forearm fracture. Fracture risk factors include oste oporosis (more common in women than in men) and malignancy (pathological f ractures). Fractures of the radius and ulna might occur in isolation - usu ally due to a direct blow - but these are usually associated with fracture or displacement of the other bone in that forearm. An epidemiological stu dy in Denmark found that 4 out of 5 forearm fractures were treated conserv atively.
\n\nTrack 15: Hand inj uries
\n\nThe hand is a very co mplex organ with various joints\, different types of ligament\, tendons an d nerves. With continual use\, it is no wonder that hand disease injuries are common in society. Hand injuries can result from extreme use\, degener ative disorders or trauma.
\n\nTrauma to the finger or the hand is quite common in society. In some parti cular cases\, the whole finger may be subject to amputation. The majority of traumatic damages are work-related. Today\, skilled hand surgeons can s ometimes reattach the finger or thumb using microsurgery. Sometimes\, trau matic injuries may result in loss of skin\, and plastic surgeons may place skin and muscle grafts.
\n\nTr ack 16: Injuries around the hip
\n\nYour hips are strong and constant when healthy\, but injury and certa in conditions\, like osteoarthritis and osteoporosis\, both common in olde r adults\, may affect the health of the hips.
\n\nFor athletes\, playing sports\, running\, falling\, hea vy effect and overuse can lead to hip strains\, hip pointers\, hip bursiti s and something called femoroacetabular iimpingement (FAI).
\n\nTrack 17: Fracture shaft of femur< /p>\n\n
Your thighbone (femur) is the long est and toughest bone in your body. Because the femur is so strong\, it us ually takes a lot of force to break it. The long\, straight part of the fe mur is called the femoral shaft. When there is a break everywhere along th is length of bone\, it is called a femoral shaft fracture.The emergent man agement of femur injuries in the sports setting is intended to restore ali gnment. If limb deformity is existing\, inline longitudinal traction is ap plied\, realigning the extremity and maintaining limb perfusion.
\n\nTrack 18: Injuries around the knee span>
\n\nThe knee is the largest join t in the body\, and one of the most easily injured. Your knee is a complex joint with many components\, making it vulnerable to a variety of injurie s. Many knee injuries can be successfully treated with simple procedures\, such as bracing and rehabilitation exercises. Other injuries may require surgery to correct. It is made up of four main things: bones\, cartilage\, ligaments\, and tendons.
\n\nB
ones. Three bones meet to form your knee joint: your thighbone (femur)\, s
hinbone (tibia)\, and kneecap (patella).
\nArticular cartilage. The e
nds of the femur and tibia\, and the back of the patella are enclosed with
articular cartilage. This slippery substance helps your knee bones glide
smoothly across each other as you bend or straighten your leg.
\nLiga
ments. Bones are connected to other bones by ligaments. The four main liga
ments in your knee act like strong ropes to hold the bones together and ke
ep your knee stable.
\nTendons. Muscles are connected to bones by ten
dons. The quadriceps tendon connects the muscles in the front of your thig
h to your patella. Stretching from your patella to your shinbone is the pa
tellar tendon.
\nTrack 19: Injuries to the leg\,ankle and foot
Foot\, leg\, and ankle swelling i s similarly known as peripheral edema\, which refers to an accumulation of fluid in these parts of the body. The buildup of fluid usually isn&rsquo\ ;t painful\, unless it&rsquo\;s due to injury. Swelling is often other app arent in the lower areas of the body because of gravity.
\n\nThere are many potential causes of foot\, le g\, and ankle swelling. In most cases\, swelling occurs as a result of def inite lifestyle factors\, such as:
\n\nBeing overweight: Excess body mass can decrease blood circulation\ , causing fluid to build up in the feet\, legs\, and ankles.
\n\ nStanding or sitting for long periods: Wh en the muscles are inactive\, they can&rsquo\;t pump body fluids back up t oward the heart. The retention of water and blood can cause swelling in th e legs.
\n\nTrack 20: Infection s of the hand
\n\nHand infectio ns can cause severe problems that continue even after the infection has re solved\, such as stiffness\, loss of strength\, and loss of tissues such a s skin\, nerve and bone. Thus\, early and aggressive treatment of infectio ns is essential. When seen early\, some kinds of infection can be treated with antibiotics and local rest and soaking. However\, many infections beg in to cause severe problems\, after a day or two\, if not treated with ant ibiotics\, surgical drainage\, and removal of infected tissues. Rarely\, a hand infection can be affected by an &ldquo\;atypical mycobacterium.&rdqu o\; One of the more common types\, Mycobacterium marinum infection.
\n\nTrack 21: Treatment of orthopaedi c disorders
\n\nDisorders are a ilments\, injuries or diseases that cause knee problems\, whiplash\, dislo cated shoulder\, torn cartilages\, foot pain and fibromyalgia. These are o nly a few of the known orthopedic disorders. There are as various treatmen ts for orthopedic disorders as there are problems and injuries in the musc les\, ligaments and joints.
\n\nTrack 22: Pelvic fractures
\n\nPelvic fracture is a disorder of the bony structure of the pelvis\, inclu ding the hip bone\, sacrum and coccyx. The most common cause in the elderl y is a fall\, but the most significant fractures include high-energy force s such as a motor vehicle crashes\, cycling accidents\, or a fall from sig nificant height. Diagnosis is made on the basis of history\, clinical feat ures and distinctive investigations usually including X-ray and CT. Becaus e the pelvis cradles so many internal organs\, pelvic fractures may produc e significant internal bleeding which is invisible to the eye. Emergency t reatment contains of advanced trauma life support management. After stabil isation\, the pelvis may be surgically reconstructed.
\n\nTuberculosis affects predominan tly the lungs and gastrointestinal tract\, but may also infect the musculo skeletal system. There is caseating granulomatous inflammation with bone n ecrosis\, resulting in the damage of bone.
\n\nExtension of the TB osteomyelitis into joint spaces result s in tuberculous arthritis. The infection crosses to the bone on the other side of the joint.
\n\nTrack 2 4: Intervertebral disc disorders
\n\nAn intervertebral disc disorder is a condition that includes deterio ration\, herniation\, or other dysfunction of an intervertebral disc.
\n\nAs people age\, the nucleus pul posus begins to dehydrate\, which limits its ability to transfer and distr ibute loads among the vertebrae. These loads are instead transferred non-u niformly through the anulus fibrosus\, which undergoes progressive\, struc tural deterioration. While this may not effect pain in some people\, in ot hers one or both of these may cause chronic pain.
\n\nPain due to the inability of the dehydrating nucleu s pulposus to absorb shock is called axial pain or disc space pain. One ge nerally refers to the gradual dehydration of the nucleus pulposus as degen erative disc disease.
\n\nTrack 25: Back pain and management
\n\nLower back pain can be initiated by a variety of problems with any part s of the complex\, interconnected network of spinal muscles\, nerves\, bon es\, discs or tendons in the lumbar spine. Typical sources of low back pai n include:
\n\nThe excessive ne
rve roots in the low back that go to the legs may be irritated
\nThe
smaller nerves that supply the low back may be irritated
\nThe large
paired lower back muscles (erector spinae) may be strained
\nThe bone
s\, ligaments or joints may be broken
\nAn intervertebral disc may be
degenerating
\nTrack 26: Arthritis and related diseases
Arthritis is a term regularly used to m ean any disorder that affects joints. Symptoms generally include joint pai n and stiffness. Other symptoms may include redness\, warmth\, swelling\, and decreased range of motion of the affected joints. In some types additi onal organs are also affected. Onset can be gradual or sudden
\n \nThere are over 100 types of arthritis. The most common forms are osteoarthritis (degenerative joint disease) and rheumatoid arthritis. Osteoarthritis usually arises with age and affects t he fingers\, knees\, and hips. Rheumatoid arthritis is an autoimmune disor der that frequently affects the hands and feet. Other types include gout\, lupus\, fibromyalgia\, and septic arthritis. They are all types of rheuma tic disease.
\n\nTrack 27: Dege nerative disorders
\n\nPrimary osteoarthritis is commonly related to aging. With aging\, the water conten t of the cartilage increases and the protein makeup of cartilage degenerat es. Repetitive use of the joints over the years causes damage to the carti lage that leads to joint pain and swelling.
\n\nCervical spondylosis is a general term for degeneration o f the structures in the cervical (neck) region of the spine. The seven cer vical vertebrae create the top portion of the spine&mdash\;the long\, flex ible column of bones that supports the skeleton and protects the spinal co rd. Flat\, circular pads of cartilage known as intervertebral disks serve as cushions among the vertebrae and allow for smooth movement.
\ n\nTrack 28: Arthroscopic surgery< /p>\n\n
Arthroscopy (also called arthrosco
pic surgery) is a significantly invasive surgical procedure on a joint in
which an examination and sometimes treatment of damage is performed using
an arthroscope\, an endoscope that is injected into the joint over a small
incision. Arthroscopic procedures can be performed to evaluate or treat m
any orthopaedic conditions including torn cartilage (known by health profe
ssionals as "\;meniscus"\;)\, torn surface (articular) cartilage\,
ACL reconstruction\, and trimming damaged cartilage.
\n
\n \;
About Conference
\n
PULSUS Group
PULSUS Group I nc is a Medical publisher that adheres to stringent peer-review procedure with a view to set an example in promoting standard medical research with integrity. PULSUS Group takes pride in getting the endorsements of prestig ious associations and societies like Canadian medical societies. As an ard ent supporter of medical publishing\, PULSUS Group closely associates with the Canadian and other international medical research associations. It pu blishes a wide range of medical journals that focus on medical specialties like cardiology\, Integrative Medicine\, Surgery and Reproductive Medicin e. PULSUS group is closely associated with globally renowned academic and research societies like Canadian Society of Plastic Surgeons\, Canadian So ciety for Aesthetic Plastic Surgery\, Groupe pour l'\;Avancementde la M icrochirurgie Canada and Canadian Society for Surgery of the Hand.< /p>\n\n
PULSUS Group proudly invites all t he participants and contributors across the globe to attend 10th Internati onal Conference on Arthroplasty during December 4-5\, 2020 at Madrid\, Spa in. Arthroplasty Conference strives to bring renowned scientists\, Physici ans\, Surgeons\, Professors\, Instrumentalists\, Medical and Industrial pr ofessions\, young researchers\, students and Business delegates under a si ngle roof providing an opportunity to share the knowledge and scientific p rogress in the field Arthroplasty shaping the future research. Arthroplast y is a surgical technique to restore the function of a joint. A joint can be restored by resurfacing the bones. Arthroplasty has become certainly on e of the most dynamic and innovative subjects in the field of surgery. Rec ent advances in the development arthroplasty technique for various disorde rs have revolutionized practices in Arthroplasty. Many of these musculoske letal disorders affects the joints\, bones\, and their surrounding muscles and tendons\, but often also other organs of the body. The main aim of th is meeting is to exchange new scientific and clinical data in the field of Arthroplasty uniting among the specialists\, doctors\, researchers\, and other partnered wellbeing experts under one rooftop.
\n\nMedical doctors\, patients and health care providers consi der the prevention from orthopaedic disorders as an essential tool to impr ove the general health status of the population. The proportions of people suffering from the disorders are expected to increase in future according a recent statistical survey. According to recent statistics\, orthopedic diseases worldwide will double between 2012 and 2030. Realizing this imper ative\, PULSUS Group is set to organize International Conference on Arthro plasty this year with a view to enhance research and promote awareness aim ing in developing solutions for the challenges encountered. Arthroplasty C onferecne will comprise of many leading keynote speakers and session speak ers who will be delivering their speech on the current research topics of orthopedic disorders therapeutics\, complications related to musculoskelet al and other risk factors associated with the disorder. The young research ers and the student participants will gain the opportunity to grab the Bes t Poster Award by presenting their work at Arthroplasty Conference as a po ster presentation and Young Researcher Forum.
\n\nTarget Audience:
\n\n&bull\; Arthroplasty Surgery Students\, Scientists
\n\n&bull\; Arthroplasty Surgery Researchers< /span>
\n\n&bull\; Arthroplasty Surger y Faculty
\n\n&bull\; Medical C olleges
\n\n&bull\; Arthroplast y Associations and Societies
\n\n&bull\; Business Entrepreneurs
\n\n&bull\; Training Institutes
\n\n&bull\; Manufacturing Medical Devices Companies
\n\nMarket Analysis
\nThe global orthopedic b
races &\; support market was valued at &euro\; 3.0 Billion in 2020 and
is expected to reach &euro\; 4.1 Billion by 2020\, at a CAGR of 5.0% from
2020 to 2020.
Orthopedic br aces and backings are devices that are used to support and strengthen musc les and joints. These are used in prophylaxis of injury and patient care s ettings\, right from the emergency room through the hospitalization period to restoration and after care. Ligament injuries are one of the most comm on injuries in any sport\; thus\, braces and support systems are used to t reat knee &\; ankle sprains\, torn knee ligaments\, and so on. p>\n\n
The increasing request for orthoped ic support system can be attributed to a number of factors\, such as the r ising elderly population\, rising consciousness about the orthopedic suppo rt systems among the people\, and increasing cases of road accidents and s ports injuries and co-morbid conditions leading to orthopedic disorders or diseases.
\n\nSports injuries are one of the key chauffeurs for the foot &\; ankle braces &\; supp orts sector of the market. According to recent studies\, several sports ex ploration academies have observed an increasing number of Serious bone inj uries between professional as well as amateur sportspersons. The incidence amount of ligament tears and fractures is high and foot &\; ankle inju ries in sports found over 20.0% of the whole sports injuries. Additionally \, co-morbid circumstances\, such as diabetes\, obesity\, and other vascul ar diseases lead to bone porosity\, which poses high threat of bone fractu res.
\n\nGlobal reimbursement s ystems fluctuate significantly in terms of pricing\, co-payments\, and set tlements. The complexities arising out of these differences generate compl ications for third-party clients\, such as private insurance companies and social security organizations. These companies play a vital role between the patient and the healthcare organization/companies vending the braces a nd supports. Reimbursement in all countries\, therefore\, depends upon com pliance with a complex set of directions and regulations.
\n\nBased on end users\, the global orthopedic braces market has remained segmented into orthopedic clinics\, over the co unter (OTC)\, hospitals\, and other end users. In 2020\, the orthopedic cl inics segment accounted for the major market share\, followed by the OTC s egment. The huge share of the orthopedic clinics segment can be attributed to the fact that patients with painful conditions\, such as osteoporosis\ , osteoarthritis\, ankle arthritis\, sprains\, strains\, cartilage tears\, and fractures prefer accessing orthopedicians rather than directly visiti ng hospitals. There is a growing demand from clinicians for braces and sup ports that are injury- or surgery-specific\, particularly for knees\, ankl es\, and shoulders. Patients with chronic pain situations generally visit hospitals to endure surgeries for osteoarthritis\, ankle arthritis\, and f ractures. Orthopedic braces and supports are prescribed post-surgery as th ey help in keeping bones in position\, allowing inadequate movement and fa ster healing. The other end users segment encompasses gyms/health clubs\, sports academies/outlets\, pharmacy outlets\, emergency centers\, and trau ma centers.
\n\nThe global orth opedic braces and supports market is dominated by the orthopedic clinics s egment\; it is expected to raise at CAGR of 4.3% from 2020 to 2020. The OT C segment is estimated to grow at the highest CAGR of 6.1% from 2020 to 20 20
\n\n \;
\n\nPlease
contact the event manager Marilyn below for the following: \;
\n
- Discounts for registering 5 or more participants.
\n- If you compan
y requires a price quotation.
\nEvent Manager Contact: marilyn.b.turn
er(at)nyeventslist.com
\nYou can also contact us if you require a vis
a invitation letter\, after ticket purchase. \;
\nWe can also pro
vide a certificate of completion for this event if required.
NO REFUNDS OR TRANSFER ALLOWED ON REGIST
RATIONS \;
\n----------------------------------------------------
-------------
\nThis Event Listing is Promoted by
\nNew York Med
ia Technologies LLC in association
\nwith Pulsus Group.
\nhttp:/
/www.NyEventsList.com
\nhttp://www.BostonEventsList.com
\nhttp:/
/www.SFBayEventsList.com
\n------------------------------------------
-----------------------
\nMYL170831CEV MYL170901UPR MAR170926UPTa