Csongrád-Csanád County Health Centre, Hódmezővásárhely-Makó, 2022

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Inter Relocation Kft. has been a long-standing supporter of the RBIF and its projects over the years, and was one of the first companies to take part in our SME Sponsorship Scheme, helping small and medium-sized companies take part in our fundraising and donation activities.

2022 has been no different, and we teamed up again with Stuart McAlister and his team to support the Paediatric Department at the Csongrád-Csanád County Health Centre in Hódmezővásárhely, a focal point of our fundraising efforts in recent years.

Head of Department, Dr Ferenc Papp, intimated that their work could best be helped with the purchase of a Neopuff infant resuscitator, which is an easy-to-use, manual, medical gas-powered device that allows for the resuscitation of newborns under controlled positive pressure conditions. This helps to improve ventilation efficiency while preventing lung damage caused by high airway pressures, particularly an issue in premature babies. The ventilation is usually through a face mask, available in different sizes and can be used once or several times

Dr Papp: we already purchased two of these devices for the neonatal unit of our hospital, one of them in 2019, thanks to a grant from the RBIF. The new device has been installed in the neonatal unit of our department. The unit is located in a separate building, relatively far from the delivery room, and with this upgrade we have enough equipment to provide state-of-the-art neonatal resuscitation in all wards where newborns are treated and cared for (delivery room, neonatal unit, infant unit).

Since 2018, the RBIF has provided significant financial support to the children’s department every year – including the paediatric emergency department in Makó – which, including this year’s support, now totals HUF 5 million. The equipment purchased with this grant will significantly improve the quality and safety of emergency and neonatal care in our department.

 

Szent Rafael Hospital in Zalaegerszeg, 2022

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For many years now as part of our SME Sponsorship Scheme, and in collaboration with FirstMed Centers, the Robert Burns International Foundation has supported the Infant and Paediatric Department at the Szent Rafael Hospital in Zalaegerszeg.

This hospital not only functions as a health-care institution for the 60,000 people who live in this town situated in the south-west of Hungary in Zala county. It is also the main hospital for the surrounding area, and accepts patients from throughout western Hungary, and even from across Hungary’s borders.

In 2022, after consultation with the team of doctors at the hospital, the decision was made to purchase a Nihon Kohden multi-functional Life Scope bedside monitor. This monitor is able to track and display many crucial parameters of a patient’s health, including the carbon-dioxide content of exhaled air.

What makes this monitor particularly special is that it carries a smaller integrated portable monitor that can be removed when the baby or child needs transporting to other areas of the hospital for treatment. This makes such movements much safer and allows the medical staff to keep them under full observation even when they are outside the ward.

 

Peter Cerny Foundation, 2022

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Linking up once again with Norhot Kft. in 2022 as part of the SME Sponsorship Scheme, the Robert Burns International Foundation reached out to the Peter Cerny Foundation, well-known in Budapest for operating a fleet of well-equipped ambulances serving the needs of premature babies. Based in Budapest, this year the owners of Norhot Kft. wanted to support a project in the capital city, after previously helping to fund medical equipment in Székesfehérvár.

Following discussions with the foundation’s coordinator Barnabás Lendvai, the RBIF funded various pieces of equipment to keep the ambulances well stocked. The neonatal nitric oxide dosing and sampling kit will enable the ventilation of newborn babies with very severe respiratory failure. These single-use devices can be used to deliver nitric oxide molecules into a mixture of medical oxygen and compressed air, opening up diseased lung vessels and enabling effective ventilatory support for babies for whom conventional ventilation is ineffective.

The boxes of adhesive plasters and cannula clamps enable the attachment of a wide range of medical equipment (tube, probes, catheters, cannulas), while lancets for blood testing enable nurses to collect blood efficiently for the portable blood gas analyser and blood glucose meter.

The RBIF funded pads to be placed under each premature or sick newborn baby in the incubator, ensuring a clean, safe and comfortable environment. The bionector can be used to administer 3 types of medicine at the same time, while the umbilical catheters are used for umbilical cannulation, allowing for the safe delivery of medicine directly into the main blood stream.

With the Nellcor sensors and cables, the babies’ vital signs can be continuously monitored on the patient monitor, and finally, with the etCO2 cables it is possible to measure exhaled CO2 during ventilation, which provides very important information for doctors.

All of these items are crucially important to make sure that the ambulances are constantly on the road with the right equipment to make sure the doctors and nurses can take action at the right time, and we are delighted to have made a significant contribution in collaboration with Norhot Kft.

Péterfy Sándor Utca Hospital, 2022

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The Robert Burns International Foundation has been supporting the Premature Baby Unit of the Péterfy Sándor Utca Hospital for many years.

This assistance has enabled the doctors and nurses to care for their patients in a safer manner, greatly facilitating their day-to-day work. The neonatal wing is run by Dr Gábor Baross, who with the support of his team can deal with anything between 500 and 600 premature babies every year with a maximum capacity to accommodate 20 to 30 babies at any one time.

This year, Dr. Gábor Boross asked if we could finance the cost of two new baby incubators.

The incubators are an essential tool for the care of premature babies. Babies born prematurely can sometimes spend weeks or months in an incubator, and the environment they provide is extremely important.

“On average, we care for 4,500 premature, sick newborns every year. The vast majority of them are cared for in incubators for varying lengths of time. The department’s
incubator fleet is ageing, and most of them are more than 8-10 years old. In many cases, these old units make it difficult to provide the right environment for premature babies (ideal temperature and humidity, low noise level, etc.). For example, a noisy incubator can even lead to hearing loss in premature babies in the long term.

This is why the Foundation’s donation of two new, efficient and quiet incubators is crucially important to our work.

On behalf of myself and my little patients, thank you for your generous support”
Dr. Gábor Boross

Projects Update 2022

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A few months after our successful 25th Annual Budapest Burns Supper we would like to give you a bit of feedback on the progress we are making with the funds that you all raised in January.

We have identified projects with 6 different beneficiaries around the country, all of which will benefit sick children around Hungary.

 

The beneficiaries are:

1. Neonatal Department of the Péterfy Sándor utca Hospital, Budapest

2. 2nd Department of Paediatrics, Semmelweis University, Budapest

3. Paediatric Department of Szent Rafael Hospital, Zalaegerszeg

4. Péter Cerny Foundation for Premature Babies, Budapest

5. Paediatric Department of the Csongrád-Csanád County Health Centre, Hódmezővásárhely

6. Infant and Children’s Department at Mezőtúr Hospital, Jász-Nagykun-Szolnok County

 

Five of these projects have already received the funding from the RBIF, and the much-needed equipment has already been ordered. After finalising the details on the 6th project we hope soon to be able to send that funding too.

Once the hospitals have taken possession of the equipment we will of course provide you with all the details and photos, so you can rest assured that your generosity at the January Burns Supper is being put to the best possible use!

Szent Rafael Hospital, Zalaegerszeg, 2021

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The RBIF has supported the Infant and Paediatric Department at the Szent Rafael Hospital in Zalaegerszeg for a number of years now, in collaboration with FirstMed Centers, as part of our SME Sponsorship Scheme.

In 2021, despite not being able to hold our normal Burns Supper in January, the Robert Burns International Foundation helped to fund KARL STORZ laparoscopic instruments for paediatric surgery, and an ARDO CALYPSO double plus breast pump.

In past decades, the paediatric surgery department of the Szent Rafael Hospital was only able to perform operations using traditional surgical techniques. In recent years, however, and following international trends, an increasing number of operations on children have been performed with minimally invasive techniques, which require special equipment.

The department is steadily building up a set of laparoscopic instruments that can be used for important diagnostic and therapeutic procedures. With the current donation, additional instruments were acquired to perform more complex abdominal procedures in a minimally invasive way, even on the smallest children. This means less pain, a faster recovery and, no less important, a more cosmetically favourable outcome.

The equipment purchased with the help of the RBIF has constituted a major step forward for paediatric surgery at the hospital.

The department is committed to the breastfeeding of newborns and premature babies. The electric breast pump is more practical and quicker to use than manual milking. It has 2 suction heads, allowing mothers to milk both breasts at the same time. This method not only cuts milking time in half, but also helps to increase milk production and maintain volume. The milking is carried out in a closed system, which is important from a hygiene point of view.

The Head of the Infant and Paediatric Department Dr. László Gárdos said

Our thanks goes to the Robert Burns International Foundation, for your donation of equipment to the children’s ward of the St. Rafael Hospital in Zala County, which has contributed to improving the quality of care and the recovery and physical and mental development of the infants and children cared for on the wards.

Csongrád-Csanád County Health Care Centre, 2021

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In 2021 the Robert Burns International Foundation continued its support of the Hódmezővásárhely-Makó Paediatric Department of the Csongrád-Csanád County Health Care Centre. This donation was part of our SME Sponsorship Scheme, and was enabled by the continued involvement of Inter Relocation Kft.

The RBIF funded the purchase of a Natus neoBLUE compact phototherapy device and two EDAN iM3 patient monitors.

The neoBLUE compact is a phototherapy device for the treatment of neonatal jaundice. The LED light sources in the device emit blue light at the right wavelength, which causes the bile pigment bilirubin – that accumulates in the blood and causes jaundice – to break down and reduce blood levels. This procedure effectively treats neonatal jaundice and in a significant proportion of cases prevents extreme bilirubin accumulation, which can lead to brain damage if left untreated. Its compact size makes it easy to move and position.

According to consultant physician and head of department Dr Ferenc Papp:

We already had one of these devices in our neonatal unit, but felt we needed another as we often have several babies requiring light treatment at the same time. In such cases, we could only do so with a 30–40-year-old device that is less efficient with fluorescent tubes. We can now provide modern light treatment for two newborns at the same time in our department. The need for a second device is also explained by the significant increase in the number of newborns in the hospital in Hódmezővásárhely (in 2020, the number of births per year increased by 50% compared to previous years).

The two EDAN iM3 patient monitors purchased with the donation will be used primarily to monitor the basic vital signs of sick newborns and infants. The device records and displays blood oxygen saturation, pulse and blood pressure on a touch screen display. The parameters are clearly visible, even from a distance, which increases the safety of patient monitoring. The device was selected for its ease of use, compact size and the fact that the signal processing is less sensitive to movement, making it particularly suitable for use with newborns and infants. The two new monitors complement the older monitors in our department but are better in terms of functionality.

A big thank you to Inter Relocation for the continued support in the SME Sponsorship Scheme.

 

2nd Dept of Paediatrics, SOTE, Budapest, 2021

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The Robert Burns International Foundation has donated equipment to the 2nd Department of Paediatrics at Semmelweis University in Tűzoltó utca every year since the roots of the Foundation were laid in 1998.

Following in his late father’s footsteps, Professor Dr. György Fekete led the 2nd Department until his semi-retirement in 2009. Author of 118 paediatric publications with 1034 citations, we are proud that he continues to advise the Foundation each year on deserving causes for the support of sick and underprivileged children around Hungary. In such capacities, he has long been recognised as one of the country’s unsung heroes for sick children. The Foundation is lucky to continue to be advised by a man of such professional international standing and integrity.

In 2021 the 2nd Department of Paediatrics requested the help of the RBIF to buy a Biometra TAdvanced gradient PCR machine. This device is what is known as a thermal cycler, a piece of laboratory equipment most commonly used to amplify segments of DNA via polymerase chain reaction(PCR). Thermal cyclers may also be used in laboratories to facilitate other temperature-sensitive reactions, including restriction enzyme digestion or rapid diagnostics. The device has a thermal block with holes where tubes holding the reaction mixtures can be inserted. The cycler then raises and lowers the temperature of the block in discrete, pre-programmed steps.

According to Professor Fekete:

We currently have set up the device to detect copy number variation (CNV) characteristic for Di-George Syndrome.

The symptoms here can vary, often including congenital heart problems, specific facial features, frequent infections, developmental delay, learning problems and cleft palate.

We have successfully applied the CNV detection assay for Di-George Syndrome for more than 25 patient samples, and we currently plan to do 20 samples/month for this assay. Furthermore, by February 2022 we plan to set methylation-sensitive assays for imprinting-related genetic disorders.

 

Péterfy Sándor Hospital, Budapest, 2021

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The Péterfy Sándor Street Hospital, located in District 7, is one of Budapest’s oldest and largest hospitals with nearly 1,600 beds, where patients can be treated for many different ailments and conditions. 

The neonatal wing is run by Dr Gábor Baross, who with the support of his team can deal with anything between 500 and 600 premature babies every year with a maximum capacity to accommodate 20 to 30 babies at any one time.

This department of the hospital has been a beneficiary of support from the Robert Burns International Foundation for many years, and when we asked Dr Boross what would be most useful in 2021, he revealed that a heated humidifier was top of their list.

Babies that are born can find themselves in need of ventilation for various reasons, and this is where humidifiers like that purchased by the RBIF are invaluable.

According to Dr. Boross,

with this device and its accessories they can ventilate newborn babies much more gently. The breathing circuits that were purchased along with the main device ensure that the noses of the babies are subject to less irritation, and therefore much more rarely cause an injury when compared to the circuits that we used to use.

The MD850 heated humidifier is a robust system that is designed to withstand daily hospital use, and so it will provide significant support for the doctors and nurses in their challenging day-to-day activities.

Thanks to the generosity of the guests and sponsors of the annual Burns Supper the Robert Burns International Foundation is able to help make sure that the department always has the necessary number of functional and reliable equipment at its disposal.

Szent György University Hospital, Székesfehérvár, 2021

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As part of our SME Sponsorship Scheme we endeavour to support smaller yet no less important projects around the country, and in 2021 we were delighted to be able to return to Székesfehérvár to provide support for the second time.

Norhot Kft. is a real estate company based in Budapest, and the owners joined our scheme for the first time in 2020, identifying Fejér county as the region that they wished to support.

When Norkot Kft. came back to us in the spring saying that they wanted to take part in the SME Sponsorship Scheme again, it made sense to go back to Dr Gábor Simon, who runs the paediatric department at the Szent György University Hospital in Székesfehérvár, to ask how we could help.

The doctors and nurses at the paediatric department revealed that their work would best be facilitated by the addition of a Euromex iScope trinocular microscope.

According to Dr Simon,

the microscope not only helps with the day-to-day work of the department (quality blood counts, urine sediment), it is also used for training purposes. The examined substance can be projected onto a screen by means of the attached camera, while the photos taken can be stored for teaching and training purposes. The microscope that the department previously used was old and obsolete, had been repaired several times, and was not suitable even for routine examinations.

The other request was for a digital blood pressure measurement device combined with a pulse oximeter.

This device that comes with a wide range of cuffs makes it possible to record precise blood pressure measurements even of newborns, and to measure the blood oxygen concentration of patients struggling with severe respiratory problems. This latter parameter is crucial for deciding whether to give a patient continuous oxygen or transfer them to intensive care for further treatment.

A big thank you to Norhot Kft. for their kind donation.