How Shilpa Shah is creating a legacy – and a brighter future (Dentistry.co.uk)

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comprehensive paediatric dental care

We offer a full range of dental treatments tailored to the unique needs of children, ensuring gentle, effective, and age-appropriate care (Including but not limited to*):


  • Routine dental check-ups and examinations to monitor oral health and development
  • The WAND® Single Tooth Anaesthesia – a child-friendly, comfortable alternative to traditional injections
  • Radiographs, including bitewings and OPG, to assess teeth and jaw health
  • Scale and polish to remove plaque and maintain healthy gums
  • Stainless steel crowns for durable protection of baby teeth affected by decay
  • Pulpotomy – often known as a “baby root canal” – to preserve infected primary teeth
  • Silver diamine fluoride (SDF) to painlessly stop cavities from progressing
  • Gentle tooth extractions, when necessary for health or orthodontic reasons
  • Fluoride varnish applications to strengthen enamel and help prevent decay
  • Fissure sealants to protect the deep grooves of molar teeth as they erupt
  • Individualised care for children with dental hypomineralisation or molar incisor hypomineralisation (MIH)

Stainless steel crowns

Stainless steel crowns are tooth-shaped metal caps that cover an entire tooth and are frequently used in paediatric dentistry to preserve baby teeth that are significantly decayed or damaged. 


Made from stainless steel containing nickel and chrome, these crowns help protect baby teeth, particularly molars that are decayed or improperly formed. The crowns are pre-made in a range of sizes, allowing us to select one that fits over your child’s tooth, covering the entire crown (the part above the gum), and then cement it in place. 


As baby teeth will eventually be replaced by permanent teeth, it is crucial they are not lost prematurely, as this can lead to various complications affecting the development of permanent teeth. 


This treatment requires 2 visits: 


Visit 1: placement of orthodontic separator (rubber) bands between the teeth 

Visit 2: (1 week later) band removal and crown fit. 


The crowns are a 'push-fit' and are simply seated on the tooth. No local anaesthetic or drilling is usually required. 


The stainless steel crowns stay in place until the baby tooth naturally exfoliates. 

FAQ on stainless steel crowns

If your dentist has advised your child would benefit from a stainless steel crown, it's usually for one or more of these reasons: 

  • The tooth is significantly decayed
  • The enamel is weak and soft 
  • The tooth has undergone a pulpotomy treatment
  • The tooth has a large filling which keeps failing


A stainless steel crown is shiny and silver in appearance.


  • They are placed on back molar teeth, so often they are less noticeable than you might think!
  • Children are usually pleased to have a shiny tooth rather than one with a hole.
  • They can be referred to as a sparkle tooth, princess tooth, jewelled tooth, silver cap or hat to children.


The material is selected for its durability and strength, which are essential for protecting severely decayed or damaged teeth, especially in paediatric dentistry. Unlike tooth-coloured materials such as composite resin or porcelain, stainless steel is highly resistant to wear and tear and can withstand the pressures of chewing and grinding in the mouth. The silver colour of hall crowns can also comfort children and parents, signifying a sturdy and dependable dental restoration.


  • Local anaesthetic is not usually required.


Rest assured, we will use The Wand STA if we need to use a local anaesthetic.


We generally use the Hall Technique, which is minimally invasive, requires no numbing or drilling of the tooth.


The procedure:

  1. To create space without doing any drilling, we will place orthodontic separators (rubber bands) between the adjacent teeth.
  2. After one week, you will return to have these bands removed.
  3. We will select the crown and cement in place to ensure the tooth is completely sealed and protected with the new shiny crown. 


The crown is designed to stay securely in place until the baby tooth naturally falls out, allowing the permanent tooth underneath to come through in its natural position.


Pulpotomy

Sometimes referred to as a baby root canal or a partial root canal, a pulpotomy aims to save an infected tooth – the part known as the dental pulp. 


It is normally performed on children to try and salvage what is left of a decayed primary or deciduous tooth (typically a molar) – but unlike a regular root canal, a pulpotomy only removes infected pulp from the exposed part of the tooth, not the root. Once the infection has been cleared, a dental crown is usually recommended to restore a baby tooth to full function.

FAQ on pulpotomy

Baby teeth are important for maintaining the structure of your child’s jaw and ensuring the adult teeth emerge in the right place. In heavily decayed teeth, a pulpotomy will help to prevent the development of infection under the tooth. 


No, as Pulpotomy procedures are performed on living teeth, we will use pain-free, computer-aided local anaesthetic using The Wand STA to ensure your child is comfortable.


The baby tooth will continue to maintain the space for the adult tooth to erupt when it's ready. This procedure helps children get out of pain from a decayed tooth.


In the days following their procedure, your child may experience some residual pain caused by inflammation. We recommend to give them over the counter pain relief if required. If pain occurs and does not resolve the tooth may have become infected and may require removal. Pulpotomy procedures are not 100% successful.


If treatment is successful, we will recommend a stainless steel crown to protect the remaining tooth structure.


Silver diamine fluoride (SDF)

Silver diamine fluoride (SDF) is a clear liquid made of Silver and Fluoride that is applied to your child's teeth to slow down or prevent dental decay. The silver acts as an antibacterial agent, while the fluoride strengthens tooth enamel, making it more resistant to decay. Although SDF does not restore the tooth to its original form and function, it offers many benefits, including:

  • Prevent cavity development
  • Eliminating bacteria to prevent the spread of decay
  • Serving as a non-invasive alternative to drilling cavities
  • Providing a painless treatment option
  • Helping to preserve heavily decayed molars until timely extraction can be planned


SDF application is particularly useful in children who are pre-cooperative for dental treatment or too young to receive inhalation sedation (under 5 years). 


NB: teeth that have received SDF application will appear dark in colour. 

FAQ on sdf

  • We use soft cotton wool rolls to keep your tongue and cheeks away from your tooth
  • We clean the tooth thoroughly using a special toothbrush and toothpaste.
  • The SDF liquid is painted onto the tooth for 1-3 minutes. Following this, the teeth are dried a second time. Sometimes, we may then place a temporary filling over the top. 
  • This is all done in one appointment. A second appointment 2-4 weeks later is made to to check the teeth and apply more SDF liquid if needed.
  • SDF liquid is then reapplied once a year


There are no special preparations required. However, SDF cannot be used if your child has:

  • An allergy to silver or another heavy metals or another component of SDF
  • Painful gums, ulcers or sores in their mouth


  • This simple procedure reduces sensitivity and slows down and prevents tooth decay progression.
  • In many cases, SDF is more effective than fluoride varnish.
  • It can provide a temporary solution for children who cannot undergo dental treatment immediately, preventing decay from worsening until further treatment is possible.


  • It can temporarily stain the skin, lips, gums, and cheeks brown or white for 1-3 weeks, but this will disappear over time. However, we try our best to avoid contact with skin. 
  • It permanently discolours the decayed areas of teeth black, while healthy parts of the tooth remain unaffected.
  • It may also discolour tooth-coloured fillings. Polishing these fillings can help remove the stain, although it may remain visible at the join between the tooth and the filling.


SDF is fully licensed in many countries worldwide and has been safely used for many years. 


In the UK, it is licensed for treating sensitivity only and has not been widely used until recently. 


However, it can be used 'off-label' for decay and is increasingly being recommended for this purpose. If SDF does not halt the progression of decay, other treatments, such as fillings or tooth removal, may be necessary. 


Maintaining good tooth-brushing habits and limiting sugary sweets and drinks to mealtimes is crucial to prevent decay from worsening or developing in other teeth.


Fluoride varnish

Fluoride is a naturally occurring mineral that plays a crucial role in strengthening the enamel, the outer layer of teeth. It occurs naturally in some water sources, while in other areas, it is added to water supplies to prevent dental decay. 


Fluoride is also a key ingredient in toothpaste and various oral health products. Applying Fluoride varnish is a preventative treatment which can help to prevent tooth decay, slow it down or prevent it from getting worse by strengthening and remineralising tooth tissue. .It provides an additional layer of defence against decay and promotes good dental health. 

Faq on fluoride

Fluoride varnish is applied to strengthen tooth enamel and help prevent decay, especially in children whose teeth are still developing. It’s quick, safe, and effective. We recommend application every 6 months from the age of 5, or every 3 months for children at higher risk of cavities.


We use Voco fluoride varnish, which is effective and comes in a variety of child-friendly flavours, including mint, melon, cherry, and caramel. For children who are sensitive to flavours or smells, we also offer a flavourless option to ensure a comfortable and stress-free experience.


Fluoride varnish is the application of a Fluoride containing gel to the teeth. A small brush is used to gently apply the varnish to the tops and sides of all teeth. Two layers are applied. Once it contacts with saliva the gel will become sticky and thicken making it harder to lick off. It has a pleasant smell and fruity or sweet taste. We often have a range of flavours in stock, such as melon and cherry.



After the treatment, we advise not to eat, drink or rinse for at least 2 hours to allow the teeth to absorb the Fluoride. After 2 hours the varnish can be removed and your child can then eat and drink soft foods. 


Fluoride has been shown to be most affective at preventing tooth decay if applied to the teeth twice at least twice a year. Depending on your child's oral health, the dentist will advise how often they should have Fluoride varnish applied to their teeth.  If your child is at a very high risk of decay it may be recommended for application up to 4 times a year.  Fluoride varnishes can be continued throughout adult life to further help prevent tooth decay. 



Fluoride varnishes are safe as we only apply a very small amount onto the teeth and the varnishes should be removed after 2 hours. 


Children who swallow too much Fluoride over a long period of time may develop white spots   on their teeth. This is not tooth decay. The risk of developing white spots as a result of Fluoride varnish or using Fluoride toothpaste i very small. If the white spots provide an aesthetic concern they can be masked by ICON treatment. 


Your dentist may also prescribe an at-home fluoride product such as a fluoridated mouthwash or toothpaste. 


Yes! Brush twice a day under parental supervision. with a "pea-sized" amount of Fluoridated toothpaste, at least 1450ppm.  Remember, spit any excess toothpaste out after brushing but do not rinse afterwards.  To maximise its benefits fluoride mouthwash can be used at a different time of day to brushing e.g. after lunch or a snack. Adult Fluoride toothpastes (1500ppm) can be used from the age of 5 years. 


fissure sealants

Dental decay is most likely to occur on your child's molars when they first emerge around age 6. 


Molars usually have grooves and deep pits called fissures, which are often hard to clean effectively with a toothbrush. This environment makes the tooth surface more susceptible to decay as food debris can build up and bacteria can thrive under these conditions. 


Applying sealants to molars smooths out the surface, eliminating hard-to-reach surfaces where tooth decay can develop and making it less likely to develop cavities.

faq on fissure sealants

  • We use soft cotton wool rolls to gently keep the tongue and cheek away from the tooth.
  • We clean the tooth thoroughly using a special toothbrush and toothpaste.
  • An etching jelly is applied to the tooth to help the sealant adhere, which is then rinsed off within 20 seconds using our super-cool water jet. Excess water is sucked away with the suction tube.
  • A special glue is applied to the tooth and a light is shined on to make it active. 
  • The sealant is carefully painted onto the tooth to fill any deep grooves.
  • The light is shined on again, and the sealant turns hard and is fixed to the tooth in seconds.


No local anaesthetic is required for preventative fissure sealants.


Yes! It only takes a couple of minutes to do one tooth. No drilling is required for this procedure.


Not everyone is suitable for fissure sealants, as not every molar has deep pits and grooves. 


However the permanent molars usually erupt:

  • 7 years of age - all four adult molars may be sealed
  • 12-13 years - second adult molars erupt


Fissure sealants usually last around 4-5 years, sometimes longer! We will assess the condition of them at each routine visit and recommend if they need to be replaced. 


Yes, the material is set hard by the end of the procedure and your child can eat and drink as normal.


Dental hypomineralisation - MOLAR INCISOR HYPOMINERALISATION

FAQ on dental hypomineralisation

The front and/or back teeth may appear yellow/cream/brown and discoloured. They may be sensitive or painful, sometimes crumbly. This is because the enamel is soft, they are prone to developing decay. 


We typically conduct a complete examination and routine x-rays to evaluate the health of the teeth. We also ask about medical history, including medications taken during childhood, and family history to identify potential causes and to rule out any other factors contributing to enamel issues.


Commonly the first adult molars and first adult incisors are most commonly affected, Hence the name "Molar Incisor hypomineralisation". Sometimes other teeth can also be affected. Molars are usually worst affected and sometimes need removal been the age of 8-10 years. 


If the teeth have not broken down or are minimally affected they can be treated conservatively with regular application of topical Fluoride. Where teeth have broken down minimally above the gum line they can be restored with direct composite ( white filling material). In cases where teeth are highly sensitive Silver Stainless Steel crowns may be placed on the teeth. When teeth are severely affected  and have broken down beyond repair, treatment is centred around keeping the child free of pain with SDF and temporary fillings until timely extraction can be planned. The extractions are carefully planned around the age of 8-10 years to increase the chances of the second molars growing into the space of the first molars. This aims to minimise any gaps left in the dentition but is not always possible. 


Children with MIH or demineralisation need to be seen regularly to apply topical Fluoride every 3 months. Sometimes a toothpaste called "Toothmousse" is also recommended in addition to their Flouride toothpaste if the teeth are sensitive. Toothmouse is available in a range of fruity and minty flavours. 


ICON Resin infiltration Treatment

ICON resin infiltration is an excellent treatment for children with white spots on their teeth, which are often caused by: 

  • Excessive fluoride intake during tooth development
  • Childhood illness
  • Childhood medications
  • After fixed orthodontic treatment


ICON treatment effectively removes these white spots without drilling or local anaesthetic. 

before icon treatment

after icon treatment

Frequently Asked Questions

Yes, ICON treatment is minimally invasive and less expensive than fillings/crowns/veneers!


The front and/or back teeth may appear yellow/cream/brown and discoloured. They may be sensitive or painful, sometimes crumbly. This is because the enamel is soft, they are prone to developing decay. 


The ICON resin infiltration treatment is minimally invasive and can be completed in a single visit, with no need for local anaesthetic. 


  1. The process starts with cleaning the affected teeth using a special toothbrush and pumice to clean and roughen the white spots.
  2. After this, we place a special rubber sheet to isolate the affected teeth.
  3. Next, the teeth are dried, followed by the application of ICON resin. The resin is then massaged against the teeth for around three minutes. 
  4. After that, remove the material from the tooth with some cotton wool rolls 
  5. We then shine a special light on the teeth to cure the resin
  6. Finally, we polish the teeth to make them smooth and sparkly 


Appointments for ICON treatment are generally booked for 30-60 minutes. However, the time depends on how many teeth are being treated. 


Yes, the results are generally instant. For stubborn white spots, additional visits may be required. 


Meet The Team

Dr Justin Roberts MBChB FRCA FFICM

Dr Paweł Arkuszynski MD (lekarz, Poland), FRCA equivalent (Specjalista anaestezjologii I intensywnej terapii – Poland)

Dr Paweł Arkuszynski MD (lekarz, Poland), FRCA equivalent (Specjalista anaestezjologii I intensywnej terapii – Poland)

Consultant Anaesthetist

Justin studied medicine at The University of Manchester and graduated
in 2004.  He has since trained in anaesthesia and intensive care
throughout the North West, obtaining the Fellowship of the Royal
College of Anaesthetics in 2009 and the Fellowship of Faculty of
Intensive Care Medicine in 2013. HE has a CCT in bo

Consultant Anaesthetist

Justin studied medicine at The University of Manchester and graduated
in 2004.  He has since trained in anaesthesia and intensive care
throughout the North West, obtaining the Fellowship of the Royal
College of Anaesthetics in 2009 and the Fellowship of Faculty of
Intensive Care Medicine in 2013. HE has a CCT in both specialities in
2013 and is on the GMC specialist register.

Justin spends half his time caring for the critically unwell on the
Intensive Care Unit and half his time providing sedation and
anaesthesia.  Justin’s specialist anaesthetic interests include  the
provision of sedation and anaesthesia to those with learning
difficulties and autism. Justin is particularly passionate about this
element of his work and ensuring patients receive the highest quality
and equitable care.  Other interests include the provision of
anaesthesia for major elective and emergency surgery, in particular
Colorectal surgery.

In his spare time, Justin spends his time as an army medical
reservist, walking and spending time with his yellow lab, Specter..

Dr Paweł Arkuszynski MD (lekarz, Poland), FRCA equivalent (Specjalista anaestezjologii I intensywnej terapii – Poland)

Dr Paweł Arkuszynski MD (lekarz, Poland), FRCA equivalent (Specjalista anaestezjologii I intensywnej terapii – Poland)

Dr Paweł Arkuszynski MD (lekarz, Poland), FRCA equivalent (Specjalista anaestezjologii I intensywnej terapii – Poland)

Consultant Anaesthetist


Pawel graduated from Medical University in Lodz, Poland in 1995. He started training in anaesthesia and intensive care streight after a foundation year in 1996 and completed it in 2003 becoming a Specialist in anaesthesia and intensive care. 


During his years in Poland Pawel developed a special interest in paediatric

Consultant Anaesthetist


Pawel graduated from Medical University in Lodz, Poland in 1995. He started training in anaesthesia and intensive care streight after a foundation year in 1996 and completed it in 2003 becoming a Specialist in anaesthesia and intensive care. 


During his years in Poland Pawel developed a special interest in paediatric anaesthesia and paediatric and neonatal critical care. He moved to the UK in 2005 and started his UK career at The Pennine Hospital Trust as a middle grade anaesthetist at the Royal Oldham Hospital and Rochdale Infirmary. In 2007 Pawel was appointed as a consultant anaesthetist at The Christie NHS Foudation Trust in Manchester, where he has been providing anaesthetic and critical care services for cancer patients requiring complex multidisciplinary surgery and/or various kind of organ support during patients' oncological treatment at The Christie. 


Pawel provides conscious sedation for patients undergoing chronic pain treatment procedures and interventional radiology procedures. 

He provides single and multi-drug sedation for dentistry and oral surgery procedures for adults. 

Dr Gareth Kitchen MBChB, FRCA, PhD

Dr Paweł Arkuszynski MD (lekarz, Poland), FRCA equivalent (Specjalista anaestezjologii I intensywnej terapii – Poland)

Dr Patrick Haywood MBBS FRCA MSc (Perioperative Medicine)

Consultant Anaesthetist


Dr Gareth Kitchen is a Senior Clinical Lecturer at the University of Manchester and Honorary Consultant Anaesthetist at Manchester University NHS Foundation Trust (Manchester Royal Infirmary and Trafford General). 


Gareth studied medicine at the University of Manchester graduating in 2007. He completed anaesthetic tr

Consultant Anaesthetist


Dr Gareth Kitchen is a Senior Clinical Lecturer at the University of Manchester and Honorary Consultant Anaesthetist at Manchester University NHS Foundation Trust (Manchester Royal Infirmary and Trafford General). 


Gareth studied medicine at the University of Manchester graduating in 2007. He completed anaesthetic training in the Northwest, gaining the Fellowship of the Royal College of Anaesthetists (2012). 


During his anaesthetic rotation Gareth was awarded a prestigious Clinical Research Training Fellowship (Medical Research Council). He completed a PhD at the University of Manchester, gaining expertise in biological rhythms and sleep. Gareth is currently funded by the National Institute of Health Research (NIHR) and is placed with industry working at the interface of industry and the NHS investigating the integration of wearable technology and Artificial Intelligence in to everyday medical care. Gareth always seeks to pursue the most up to date evidence and advances in clinical practice.


As a clinician at the MRI, Gareth is experienced at treating complex medical patients with a particular interest in anaesthesia for kidney transplantation, trauma, orthopaedics and sedation.


Gareth is experienced at providing sedation alongside regional anaesthesia for patients with complex medical conditions, covering a wide variety of interventional disciplines including orthopaedic surgery, GI endoscopy, dental, transplant vascular access and eye operations at Manchester Royal Eye Hospital. 


Gareth has a special interest in digital sedation and uses Virtual Reality headsets to aid his dental sedation, providing relaxation and digital hypnosis/sedation for people so that pharmacological sedation can be avoided altogether and also provide a positive environment particularly beneficial for needle phobic patients to facilitate cannulation. 

Dr Patrick Haywood MBBS FRCA MSc (Perioperative Medicine)

Dr Paweł Arkuszynski MD (lekarz, Poland), FRCA equivalent (Specjalista anaestezjologii I intensywnej terapii – Poland)

Dr Patrick Haywood MBBS FRCA MSc (Perioperative Medicine)

Consultant Anaesthetist


Patrick is a Consultant Anaesthetist who graduated from University College London in 2014 with a Bachelor’s Degree in Medicine and Surgery with honours, as well as a first-class intercalated degree in Clinical Sciences.  He undertook foundation medical training in the South Thames Deanery before relocating to the No

Consultant Anaesthetist


Patrick is a Consultant Anaesthetist who graduated from University College London in 2014 with a Bachelor’s Degree in Medicine and Surgery with honours, as well as a first-class intercalated degree in Clinical Sciences.  He undertook foundation medical training in the South Thames Deanery before relocating to the Northwest to gain further cardiology and general surgery experience prior to commencing anaesthetic training. 

Patrick gained a wealth of anaesthetic experience throughout Manchester and the wider North West through multiple training post.  He developed a special interest in Anaesthesia for Neurosurgery, Anaesthesia for Ear Nose and Throat Surgery and Perioperative Medicine.  Additionally, through his extensive training at the Royal Preston Hospital, he has gained vast experience in the management of patients with major trauma and those requiring vascular surgery, interventional radiology and major head and neck surgery.  Patrick obtained his Fellowship of the Royal College of Anaesthetists in 2023 and completed an MSc in Perioperative Medicine (Distinction) in 2021.

Patrick has focused on improving safety in the perioperative period particularly focusing on patients with rare but significant conditions such as pulmonary hypertension.  He is currently working with the specialist pulmonary hypertension team to improve care region wide.  He is also helping to develop the stroke thrombectomy service at the Royal Preston Hospital.

Patrick provides safe and effective sedation for procedures including spinal surgery, urological surgery, vascular surgery and during interventional radiological procedures.  Patrick has consistently been noted to have a calm, professional and warm demeanour during both elective work and complex emergency situations.

In his free time he enjoys spending time with his family (which is mostly chasing after his two young children) and occasionally manages to squeeze in a run, some yoga or Calisthenics training.

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