35 hours ago Patient Portal. If you had a procedure at our hospital located in Bensalem, PA, click below to access your patient portal. To access the patient portal for the Rothman Orthopaedic Institute … >> Go To The Portal
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Rothman Orthopaedic Institute is internationally recognized for the treatment of musculoskeletal issues that prevent you from living your life.
Mention Rothman Orthopaedic Institute at Riddle Hospital when making a reservation. Patients traveling to this location in need of accommodations are eligible for special discount rates at the nearby Quality Inn (610) 565-5800) and Holiday Inn (610) 358-1700). Mention Rothman Orthopaedic Institute at Riddle Hospital when making a reservation.
We have more than 40 offices in four states, offer both surgical and non-operative services, and partner with sports teams at all levels of competition—from high school to professional—to provide treatment both on and off the field.
Since that time Rothman Orthopaedic Institute has grown into a regional, national, and international orthopaedic destination with almost 200 physicians in more than 40 offices. Clinically Dr. Rothman was unrivaled. During his distinguished career, he performed over 50,000 total hip and total knee replacements.
Rothman Orthopaedics is at the forefront of the value-based care movement and we use data to objectively measure everything from post-surgical infections to patient satisfaction. By compiling facts and drawing upon the knowledge we’ve gleaned over 50 years and 500,000 procedures, we can identify problems early, make corrections, and improve care. Additionally, we collect, study, and publish our outcomes regularly to ensure transparency and accountability. This data-centric approach has been and will continue to be a top priority for our practice.
LAZ Parking Lot entrance located on 10th Street between Chestnut and Sansom Streets, on the left-hand side beneath the Jefferson bridge. Be sure NOT to park on the right hand side on 10th Street – we cannot validate for that lot. Several parking lots are available to the patients of the Rothman Orthopaedic Institute. 1.
World-class care is the trademark of the Rothman name. Our physicians provide expert care coupled with compassion and respect creating an exceptional experience for each and every patient.
Rothman’s Sports Medicine team evaluates over 75,000 sports injuries and performs over 11,500 surgeries each year. Named the #1 Sports Medicine Program in the Region according to Becker’s Orthopaedic Review
Rothman Orthopaedic Institute is included in the Jefferson Department of Orthopedics, and has been ranked among the nation’s best in orthopaedic providers and the best in Greater Philadelphia, according to U.S. News & World Report, year after year.
Nathaniel Rothman and colleagues use biomarkers of exposure, early biologic effect, genetic susceptibility, and disease to investigate the carcinogenic potential and mechanism of action of proven or suspected occupational and environmental compounds; to evaluate the influence of inter-individual variation in metabolism on the formation of important early biologic markers, such as cytogenetic aberrations and immunologic alterations; and to assess the risk of premalignant conditions and cancer associated with exposure to occupational and environmental agents. They apply state-of-the-art genomics technologies in their studies including epigenetics, transcriptomics, proteomics, metabolomics and whole genome sequencing, and conduct genome-wide association studies (GWAS).
Rothman and colleagues are investigating the role of PAHs, nitro-PAHs, and related compounds in studies of populations exposed to a variety of combustion-derived particulates including coal, diesel exhaust, and carbon black. They are using cross-sectional molecular epidemiology studies of healthy populations with occupational or environmental exposures to these compounds to provide mechanistic insight. They are also using case-control and nested case-control studies to directly evaluate the carcinogenicity of these compounds using questionnaires linked to extensive exposure databases and biological monitoring in prospective studies.
The reasons for the steady increase in the incidence of non-Hodgkin lymphoma since the late 1940s remain mostly unknown. To evaluate exposure to organochlorines (OC), which are ubiquitous environmental contaminants and suspected human carcinogens, on the risk of non-Hodgkin lymphoma, Dr. Rothman has conducted three nested case-control studies of prospective cohorts – in Maryland, Norway, and Eastern Asia. He reported that that PCB levels were associated with subsequent risk of non-Hodgkin lymphoma in the first two studies, which had study subjects with relatively high levels of PCBs. He has also found suggestive evidence that other OCs may be associated with risk of NHL as well. Dr. Rothman and his colleagues are following up these findings in a large-scale study of NHL in Asia that will be able to study NHL subtype-specific OC effects.
Benzene is an established human leukemogen, and it may also cause non-Hodgkin lymphoma and other cancers. However, its mechanism of action is uncertain, and its ability to cause cancer at low levels of exposure is unknown. Dr. Rothman carried out a study of healthy workers exposed to high levels of benzene in China to identify mechanistically-based biomarkers that reflect early biologic effects of benzene. They observed an increased frequency of cytogenetic and genetic alterations in peripheral white blood cells (e.g., t8;21, del (5q), del (7q), AML 1/ETO fused transcript). These markers are relevant for leukemia and support the hypothesis that benzene's mechanism of action is mediated through chromosomal damage. An important unanswered question concerns the biologic effect of low exposure levels in the occupational setting and from environmental sources experienced by the general population. In a follow up study, he and his colleagues have applied sensitive, targeted and broad agnostic panels of biomarkers to study the biologic effects of relatively low-level exposure to benzene and reported associations with cytogenetic alterations in cultured myeloid progenitor cells, hematotoxicity, and mRNA changes. Dr. Rothman and colleagues have conducted similarly designed cross-sectional molecular epidemiology studies in healthy workers exposed to TCE and formaldehyde. They are also evaluating the relationship between benzene and myeloid and lymphoid tumors in a large retrospective cohort study in China, two prospective studies in Shanghai, and a large-scale hospital-based case-control study of lymphoid and myeloid neoplasms among Chinese in East Asia (AsiaLymph). In addition, they are evaluating genetic susceptibility for benzene hematotoxicity, lymphoid malignancies in the InterLymph Consortium, and lymphoid and myeloid neoplasms in the AsiaLymph study.
This finding documented that acetylation activates rather than detoxifies benzidine in humans, in contrast to the deactivation role of acetylation for aromatic monoamines, such as 4 aminobiphenyl. He also showed that urine pH, which is influenced primarily by the diet, had a profound influence on DNA adducts levels. This finding is consistent with previous in vitro results that acidic urine hydrolyzes glucuronidated aromatic amines, which enables free compounds to bind DNA. This research indicates that gene-environment interactions can be highly exposure specific, and that nongenetic sources of susceptibility may interact with xenobiotic exposures and play an important role in determining an individual's cancer risk. He has pursued these findings in two large case-control studies of bladder cancer, one in Spain and one in Northern New England, as well as in a large-scale GWAS of bladder cancer and nested case-control studies of white blood cell epigenetic alterations and bladder cancer.
Rothman Orthopaedic Institute is internationally recognized for the treatment of musculoskeletal issues that prevent you from living your life . Explore the image to learn more about our team and technologies. Rothman Orthopaedic Institute is internationally recognized for the treatment of musculoskeletal issues that prevent you from living your ...
Rothman Orthopaedics is located inside Lankenau Hospital#N#100 East Lancaster Ave Wynnewood, Pa 19096#N#Medical Office Building East Suite 456#N#Parking Lot B brings you directly into our building.#N#We are located in the same building as Java City the coffee shop, you make a left after the coffee shop and take elevators to the 4th floor.
Main Line Health is committed to the health and wellness of our employees . With that goal in mind, Main Line Health implemented the “Tobacco and Nicotine Use Impact on Employment Policy” aimed at reducing the use of tobacco and nicotine products among Main Line Health employees. As part of the policy, applicants must certify that they have not used tobacco products or nicotine in any form in the 90-day period prior to submitting an application to Main Line Health, and that they will remain tobacco free during their employment with the health system.
As part of the policy, applicants must certify that they have not used tobacco products or nicotine in any form in the 90-day period prior to submitting an application to Main Line Health, and that they will remain tobacco free during their employment with the health system.
From the North:#N#Take I-95 South to Philadelphia. Exit I-95 onto I-676/76 West in Philadelphia. Exit I-76 onto City Avenue, and turn right at the bottom of the ramp. Travel several miles South on Route 1 (City Line Avenue) to the intersection of Route 30 (Lancaster Avenue). Turn right onto Lancaster Avenue to the first traffic light. The hospital will be on your left.
The Family Medicine Residency Program at the Lankenau Medical Center is designed to develop and graduate skillful and competent physicians as well as community leaders . The program is focused on access of care, quality of care and patient satisfaction. With an emphasis on timely feedback, practice management skills and access to excellent training facilities, residents will appreciate and enjoy their learning environment.