Plastic and Reconstructive Surgery · Hand Surgery

Advanced reconstructive surgery.
Close to home.

Bringing specialized techniques in plastic, reconstructive, and hand surgery to Western Massachusetts. Thoughtful, individualized care focused on restoring function, supporting recovery, and improving quality of life.

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Information when you need it

Quick access to practical instructions and resources for patients, nurses, and resident physicians.

01 / Patients

Postoperative instructions

Search by procedure or familiar terminology, then open the relevant recovery handout.

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02 / Clinical team

Clinical resources

Reference documents and frequently used tools in one publicly accessible location.

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03 / Practice

Contact & locations

Offices in Springfield, Palmer, and Northampton. Call (413) 794-5363 for appointments and location-specific availability.

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Practice locations

Serving Western Massachusetts

For appointments and to confirm which office to visit, call (413) 794-5363.

Springfield

Springfield office

2 Medical Center Dr, Suite 206
Springfield, MA 01107

Directions →
Palmer · Office hours available

Palmer office

40 Wright Street
Palmer, MA 01069

Directions →
Northampton · Office hours available

Northampton office

325B King St
Northampton, MA 01060

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About Dr. Naram

About Dr. Naram

Plastic and Reconstructive Surgery – Hand Surgery

Portrait of Aparajit Naram, MD, FACS
Aparajit Naram, MD, FACSBoard-certified plastic surgeon · Hand surgery subspecialty certification
Meet your surgeon

Aparajit Naram, MD, FACS

Dr. Naram is a board-certified plastic and reconstructive surgeon with additional fellowship training and subspecialty certification in surgery of the hand. His practice in Western Massachusetts brings together hand and wrist surgery, peripheral nerve surgery, breast reconstruction, and complex reconstructive procedures.

His work spans both frequently performed operations—including carpal tunnel release, trigger finger surgery, and fracture repair—and more complex reconstructive problems involving nerves, tendons, bone, and soft tissue. His training in plastic surgery informs an approach that considers tissue healing, function, and future treatment options together, rather than treating each problem in isolation.

Dr. Naram believes that the best treatment starts with a clear understanding of the diagnosis and the patient's priorities. Not every condition requires surgery. When an operation is appropriate, he works with patients to weigh the expected benefits, risks, alternatives, and recovery requirements.

Education & credentials

Training and board certification

Board certification

American Board of Plastic Surgery certification in plastic surgery and subspecialty certification in surgery of the hand (CAQ). Fellow of the American College of Surgeons (FACS).

Hand surgery fellowship

University of Texas Southwestern Medical Center, Dallas, Texas (2017–2018).

Integrated plastic surgery residency

University of Massachusetts Medical School, Worcester, Massachusetts (2011–2017).

Medical education

Rensselaer Polytechnic Institute / Albany Medical College combined-degree program; MD, Albany Medical College (2011).

Academic appointment

Assistant Professor of Surgery, UMass Chan Medical School – Baystate Regional Campus.

Clinical focus

Reconstruction informed by both plastic and hand surgery

Dr. Naram's clinical practice includes hand and wrist conditions, fractures and arthritis, tendon and nerve injuries, peripheral nerve reconstruction, breast reconstruction, and complex wound and limb reconstruction. His reconstructive experience includes microsurgical techniques and procedures designed to restore function after injury, disease, or prior surgery.

His combination of plastic surgery and hand surgery training is particularly relevant to problems that involve multiple tissue types or require a balance between mobility, stability, sensation, and durable soft-tissue coverage.

Research & teaching

Academic surgery and ongoing scholarship

Dr. Naram serves as an Assistant Professor of Surgery at UMass Chan Medical School–Baystate and participates in resident education. His peer-reviewed publications include studies and technical reports concerning thumb carpometacarpal arthritis, tendon injuries, and targeted muscle reinnervation. The selected publications below provide examples of his scholarly work.

Selected peer-reviewed publications

For a broader publication list, see Dr. Naram's UMass Chan faculty profile.

Care in Western Massachusetts

Dr. Naram sees patients in Springfield, with additional office locations in Palmer and Northampton. For scheduling and location availability, contact the practice at (413) 794-5363.

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Patient education

Postoperative instructions

Find recovery guidance by procedure, body area, or common clinical term. Select a document to open the original PDF.

For patients & clinical teams

Clinical resources

Frequently referenced documents and practical tools. Publicly accessible without an account.

Clinical tool

BREAST-V

Published three-measurement model for estimating breast weight.

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Clinical tool

ICE principle · Round implants

Estimate inframammary fold position using implant diameter, projection, and nipple-to-fold distance on maximal stretch.

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Additional references

Search clinical resources

Search the document library for handouts and other reference files.

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Clinical calculator

BREAST-V calculator

Enter three measurements in centimeters for the right breast, left breast, or both. Leave all three fields on one side blank for unilateral calculations.

Measurement (cm)
Right breast
Left breast
Enter three measurements on either side to calculate estimated breast weight.
Right breast—
Left breast—

Formula: −231.66 + 0.5747 × SN² + 18.5478 × FFp + 14.5087 × FN. Result is an estimated breast weight in grams, not a direct volume measurement in mL. In the original validation study of 108 mastectomy specimens from 88 women (specimen weights 150–1,250 g), the expected absolute error was approximately 89.7 g and the expected relative error was 18.4%. Accuracy may differ outside the study population; use as an adjunct to clinical assessment. Longo et al., Plastic and Reconstructive Surgery (2013).

No measurements are transmitted to the website or stored.

Clinical calculator · Round implants only

ICE principle: IMF incision planning

Enter implant base width (diameter), projection, and nipple-to-existing-IMF distance on maximum stretch, all in centimeters. The calculation uses 55% of implant diameter for round implants.

Measurement (cm)
Right breast
Left breast
Enter all three measurements for one or both sides.
Right · Fold displacement (E)—
Left · Fold displacement (E)—

Formula for round implants: I = 0.55 × W + P; E = I − C. A positive E indicates proposed IMF lowering below the existing fold; a negative E indicates that the calculated position lies above it, not a recommendation to raise the fold. The calculated nipple-to-new-IMF distance on stretch is I. This is an adjunct to surgeon assessment; assess fold integrity, skin envelope, implant selection, and risk of double-bubble deformity before using markings.

Source: Mallucci P, Branford OA. Design for Natural Breast Augmentation: The ICE Principle. Plast Reconstr Surg. 2016;137:1728–1737. Round-implant 55% implementation is described in subsequent comparative literature. No measurements are transmitted or stored.