03858, Newton, New Hampshire Lung Cancer Score Travel Score

The Travel Score for the Lung Cancer Score in 03858, Newton, New Hampshire is 68 when comparing 34,000 ZIP Codes in the United States.

45.49 percent of residents in 03858 to travel to work in 30 minutes or less.

When looking at the three closest hospitals, the average distance to a hospital is 10.02 miles. The closest hospital with an emergency room is Exeter Hospital Inc with a distance of 9.53 miles from the area.

**Lung Cancer Score: Commute to Healthcare in ZIP Code 03858 (Newton, NH)**

Newton, New Hampshire, nestled in the southeastern corner of the state, presents a unique landscape for those seeking healthcare, particularly concerning lung cancer treatment. The town’s rural character, while charming, significantly impacts transportation options and, consequently, healthcare access. Evaluating the "Lung Cancer Score" for Newton involves assessing the ease with which residents can reach essential medical services, focusing on the time and mode of transportation required. This assessment will be critical for anyone moving to Newton, especially those with existing health concerns.

The primary challenge for Newton residents is the relative scarcity of specialized medical facilities within the immediate vicinity. While the town itself offers basic primary care, advanced treatments, including those for lung cancer, necessitate travel to larger hospitals and specialized clinics. The geographic constraints of this rural setting dictate the importance of reliable transportation.

The most direct route for many Newton residents to access advanced medical care involves driving. The primary roadways used for commuting to healthcare are Route 102 and Route 103. Route 102, a major east-west artery, provides access to the larger towns of Plaistow and Hampstead, where some primary care physicians and specialists are located. However, this route can become congested during peak hours, potentially adding significant time to a commute.

For more comprehensive care, residents typically travel to hospitals in the larger cities of Haverhill, Massachusetts, or Exeter, New Hampshire. The drive to Haverhill, using Route 102 and I-495 South, is approximately 20 to 30 minutes, depending on traffic. Exeter, accessible via Route 107 and Route 101 West, is a slightly longer journey, typically taking 30 to 45 minutes. These drive times are crucial factors in the "Lung Cancer Score," as timely access to treatment is paramount.

Public transportation options in Newton are limited. The local transit authority, the Southeast Area Transit District (SEAT), offers some bus routes. However, these routes primarily serve the more densely populated areas and may not directly connect to major hospitals or cancer centers. Furthermore, the frequency of service is limited, and routes may not operate during evenings or weekends.

The availability of public transportation is a critical component of the "Lung Cancer Score" because it impacts healthcare access for individuals who cannot drive or do not have access to a personal vehicle. ADA-accessible buses are available, but the overall utility of public transit for medical appointments in Newton is restricted by its infrequent service and limited coverage.

Ride-sharing services, such as Uber and Lyft, are available in Newton. However, their reliability and cost can be a significant barrier to healthcare access. The availability of these services can fluctuate, particularly during off-peak hours or in inclement weather. The cost of a ride-share to a hospital, especially for regular appointments like chemotherapy or radiation therapy, can quickly become a financial burden.

Medical transport services, such as ambulance and non-emergency medical transportation (NEMT), offer another option. These services are specifically designed to transport individuals with medical needs. However, they are typically reserved for those with mobility limitations or medical conditions that prevent them from driving. The cost of medical transport can be substantial, often covered by insurance, but the process of arranging and coordinating these services can be complex.

The "Lung Cancer Score" also considers the proximity of specialized cancer treatment centers. The closest major cancer centers are located in Haverhill, Massachusetts, and Exeter, New Hampshire. These centers offer comprehensive services, including diagnosis, treatment, and supportive care. The drive times to these centers, as mentioned earlier, are a significant factor in the score.

The quality of the roads, including the presence of potholes, the availability of streetlights, and the frequency of traffic incidents, also impacts the "Lung Cancer Score." Poor road conditions can increase travel times and create additional stress for patients. Maintaining well-maintained roads is essential for ensuring safe and efficient transportation to healthcare facilities.

The availability of parking at healthcare facilities is another consideration. Many hospitals and clinics have parking garages or lots, but these can fill up quickly, particularly during peak hours. The cost of parking can also be a factor, adding to the overall expense of healthcare.

The overall "Lung Cancer Score" for Newton, NH (ZIP Code 03858) is moderate. While residents have access to essential roadways, the limitations of public transportation, the fluctuating availability of ride-sharing, and the cost of medical transport services create challenges. The drive times to specialized cancer centers are reasonable, but the overall lack of robust transportation options can hinder healthcare access, particularly for individuals without personal vehicles or those with mobility limitations.

For individuals considering moving to Newton, understanding these transportation challenges is crucial. Careful planning and consideration of these factors are essential for those with pre-existing health conditions, especially those requiring frequent medical appointments. The "Lung Cancer Score" serves as a guide, highlighting the importance of evaluating transportation options when assessing the suitability of Newton for their healthcare needs.