
PediatricsShaping the future of pediatric care with CT
Highlights & Innovations
Innovating in pediatric imaging with the NAEOTOM Alpha class
With NAEOTOM Alpha, the world's first photon-counting CT, we have introduced a technology that can contribute to a new role for CT in pediatrics. With low radiation dose, high spatial resolution and improved image contrast, it helps you address the challenges of pediatric imaging.
The dose reduction and speed enabled by the photon-counting detectors in the NAEOTOM Alpha class are of particular importance in the diagnosis and treatment planning of complex pediatric cases, especially in infants and young children, at Erasmus University Rotterdam in the Netherlands.

Dual Source CT in pediatric imaging
SOMATOM Pro.Pulse is a smartly designed Dual Source CT scanner that combines the strengths of Dual Source technology with simpler scanning workflows and a range of dose reduction features. Ideal for pediatric applications, it delivers fast, low-dose scans and reduced motion artifacts, while streamlining installation and maintenance efforts for healthcare facilities.
Holistic patient experience

Redefine the pediatric patient experience with MINITOM Kids
MINITOM Kids as a child-sized model scanner allows children to become familiar with the scan process through interactive exploration. It includes a moveable table, a button that creates scan noises, and a tunnel under the scanner which children can use to practice lying still in the bore. The attached tablet demonstrates how Gerda, the Brave Giraffe is scanned. Gerda is also the protagonist of our children’s book for pediatric patient preparation. The interactive parts of the book and the integrated audio book help children to reassure themselves in the unfamiliar situation of an examination.
Clinical cases

Scan time: 2.7 / 5.9 s | Scan length: 249 / 177 mm | 70 kV | CTDIvol 0.76 / 0.95 mGy | DLP 21 / 18 mGy*cm | CARE Child protocols for low dose in pediatrics
Examination of 17-week-old child before and after splenectomy; contrast-enhanced scan
Courtesy of University Children's Hospital Basel, Basel, Switzerland
Left image: 3.0 mm MPR
Right image: Follow-up after surgery 3.0 mm MPR

Sn100 kVp | CTDIvol 0.93 mGy | DLP 25mGy*cm | Pitch: 3.2
Low dose and sub-second lung imaging for pediatrics
Courtesy of University Hospital Augsburg, Augsburg, Germany
Upper left image: Sn100 kV | CTDIvol 0.01 mGy
Down left image: 0.6 mm | BI60 | 73 keV
Middle image: Bronchial wall thickness visualization
Right image: cVRT

90 kVp | CTDIvol 2.87 mGy
Courtesy of Skånes Universitetssjukhus, Lund, Sweden
Left image: 0.6 mm | Br44 | 60 kEv | iMAR
Upper 2nd Image: 0.6 mm | Br44 | 60 kEv | without iMAR
Down 2nd Image: 0.6 mm | Br44 | 60 kEv | with iMAR
3rd Image: 0.6 mm | Br44 | 60 kEv | iMAR
4th Image: cVRT

Quantum HD | 120 kVp | CTDIvol 11 mGy
Courtesy of University Hospital of Karolinska, Stockholm, Sweden
Left image: MPR | 0.2 mm | Hr72

70 kVp (Arterial – Venous) | CTDIvol 1.3 mGy (Arterial) – 1.3 mGy (Venous)
Pediatric multiphase abdomen 7y
Courtesy of Hôpital Morges, Morges, Switzerland
1st Image: Sn100 kV | CTDIvol 0.01 mGy
2nd Image: Arterial MPR Axial 5.0 mm | Br40f3
3rd Image: Venous MPR Axial 5.0 mm | Br40f3
4th Image: MPR Cor 5.0 mm | Br40f3

100 kVp | CTDIvol 3.92 mGy
Pediatric neck 3y
Courtesy of Hôpital Morges, Morges, Switzerland
1st Image: Sn100 kV | CTDIvol 0.01 mGy
2nd Image: Axial 1.0 mm | Br40f3
3rd Image: MPR Sag 1.0 mm | Br40f3
4th Image: MPR Cor 1.0 mm | Br40f3

110 kVp | CTDIvol 33.9 mGy | DLP: 468mGy*cm | Exposure time: 4 s | Scan length: 151 mm | Rotation time: 1.00 s
Acute care brain and skull assessment
Courtesy of LUKS Luzern RuN, Lucerne, Switzerland

Scan time: 2.7 / 5.9 s | Scan length: 249 / 177 mm | 70 kV | CTDIvol 0.76 / 0.95 mGy | DLP 21 / 18 mGy*cm | CARE Child protocols for low dose in pediatrics
Examination of 17-week-old child before and after splenectomy; contrast-enhanced scan
Courtesy of University Children's Hospital Basel, Basel, Switzerland
Left image: 3.0 mm MPR
Right image: Follow-up after surgery 3.0 mm MPR

Sn100 kVp | CTDIvol 0.93 mGy | DLP 25mGy*cm | Pitch: 3.2
Low dose and sub-second lung imaging for pediatrics
Courtesy of University Hospital Augsburg, Augsburg, Germany
Upper left image: Sn100 kV | CTDIvol 0.01 mGy
Down left image: 0.6 mm | BI60 | 73 keV
Middle image: Bronchial wall thickness visualization
Right image: cVRT

90 kVp | CTDIvol 2.87 mGy
Courtesy of Skånes Universitetssjukhus, Lund, Sweden
Left image: 0.6 mm | Br44 | 60 kEv | iMAR
Upper 2nd Image: 0.6 mm | Br44 | 60 kEv | without iMAR
Down 2nd Image: 0.6 mm | Br44 | 60 kEv | with iMAR
3rd Image: 0.6 mm | Br44 | 60 kEv | iMAR
4th Image: cVRT

Quantum HD | 120 kVp | CTDIvol 11 mGy
Courtesy of University Hospital of Karolinska, Stockholm, Sweden
Left image: MPR | 0.2 mm | Hr72

70 kVp (Arterial – Venous) | CTDIvol 1.3 mGy (Arterial) – 1.3 mGy (Venous)
Pediatric multiphase abdomen 7y
Courtesy of Hôpital Morges, Morges, Switzerland
1st Image: Sn100 kV | CTDIvol 0.01 mGy
2nd Image: Arterial MPR Axial 5.0 mm | Br40f3
3rd Image: Venous MPR Axial 5.0 mm | Br40f3
4th Image: MPR Cor 5.0 mm | Br40f3

100 kVp | CTDIvol 3.92 mGy
Pediatric neck 3y
Courtesy of Hôpital Morges, Morges, Switzerland
1st Image: Sn100 kV | CTDIvol 0.01 mGy
2nd Image: Axial 1.0 mm | Br40f3
3rd Image: MPR Sag 1.0 mm | Br40f3
4th Image: MPR Cor 1.0 mm | Br40f3

110 kVp | CTDIvol 33.9 mGy | DLP: 468mGy*cm | Exposure time: 4 s | Scan length: 151 mm | Rotation time: 1.00 s
Acute care brain and skull assessment
Courtesy of LUKS Luzern RuN, Lucerne, Switzerland

Scan time: 2.7 / 5.9 s | Scan length: 249 / 177 mm | 70 kV | CTDIvol 0.76 / 0.95 mGy | DLP 21 / 18 mGy*cm | CARE Child protocols for low dose in pediatrics
Examination of 17-week-old child before and after splenectomy; contrast-enhanced scan
Courtesy of University Children's Hospital Basel, Basel, Switzerland
Left image: 3.0 mm MPR
Right image: Follow-up after surgery 3.0 mm MPR







Clinical practice
Explore more pediatric imaging possibilities with two in-depth cases.
Case study: Performance in high-resolution inner ear imaging
Discover how to assess extremely small structures, such as those in the inner ear, by combining technology features without compromising radiation dose.
Case study: Pediatric ureterocele complicated by urolithiasis
Learn how advanced photon-counting CT supports diagnosis and treatment planning in a pediatric case of ureterocele with urolithiasis.