Helsana-Report: Drug Report 2024
For the first time ever, medications make up the biggest cost block in basic insurance

Medications now make up the biggest cost block in basic insurance, with a total volume in excess of CHF 9 billion. And generic medications and biosimilars are still not widespread enough. Cost-cutting measures such as volume discounts are needed in order to make sure that genuine innovation in our healthcare system can still be financed. This year there is a special focus on the use of new treatment options for lung cancer, as well as dealing with the safety concerns surrounding JAK inhibitors.

More and more medications are being used, with a particular increase in the number of different medications being taken per person. Many new medications also cost several thousand francs per pack, which is causing costs to skyrocket. These new treatments are not always any more effective than the existing ones. The public must be confident that it will not pay excessive prices for medicines, particularly in the case of “pseudo-innovations”. We need to take a clear, unbiased look at what is happening, which Helsana, as one of Switzerland’s leading health and accident insurers, is now making possible for the eleventh time with its Pharmaceuticals Report. The underlying publication from the Institute for Pharmaceutical Medicine (ECPM) at the University of Basel can be found in the “Downloads” section. The information is intended to promote the sensible and efficient use of medication and to provide a sound basis for health policy discussions.


2. Small amounts for a lot of money: the dosage generates the costs.

 

Despite the regular price reviews conducted by the Swiss Federal Office of Public Health (FOPH), which oversees the prices of medicines, the costs for medications under basic insurance rose sharply again in 2023. At CHF 9 billion, they make up the biggest cost block in basic insurance. 6.9 million people (1.5% more than in the previous year) purchased 137 million packs of medication (+2.1%), resulting in a total additional cost of CHF 500 million (+5.9%).

 

Medication costs have risen by more than 50% since 2012




Source:  Helsana
Development of medication costs in the outpatient area of basic insurance.

Medication costs compared across cantons

There are significant differences in per capita medication costs from region to region.

This is due to factors such as demographics, individual preferences and differences in the range of services on offer. Ticino, parts of north-western Switzerland and the canton of Geneva have up to 50% higher expenditure on medications per capita than parts of central Switzerland and some cantons in eastern Switzerland.

Significant differences between cantons in per capita medication costs


Titel
Text
BE ZH LU UR SZ OW NW GL ZG FR SO BS BL SH AR AI SG GR AG TG TI VD VS NE GE JU
  • < 800 CHF
  • 801 - 900 CHF
  • 901 - 950 CHF
  • 951 - 1'000 CHF
  • 1'001 - 1'100 CHF
  • > 1'100 CHF
Source: Helsana
Average per capita medication costs for each canton in 2023.

The cost increases are primarily a result of new launches and increases in the volumes of new medication in the high-price segment. This is causing per capita costs to rise (+4.3%), particularly when it comes to modern treatments. This trend has been observed for many different active ingredient groups. The average annual costs of the five most expensive cancer medications, for example, were around CHF 90,000 per person. A standard review of cost-effectiveness (pricing) that takes volumes into account, and a corresponding adjustment of prices when volumes are increased, could go some way towards keeping a lid on increased costs. The prices of medications used as standard treatments could also be reduced, since those medications are no longer as innovative as they once were.

 

Here are some examples of this:

  • The three medications that generate the greatest revenue – the cancer drug Keytruda®, the eye medication Eylea® and the anticoagulant Xarelto® – still generated the most costs in 2023. Together, they account for costs amounting to just under CHF 500 million, which is 5.3% of the total medication costs.
  • Cancer and immune system drugs account for CHF 2.8 billion or around 30% of the total medication costs, despite only making up 2.7% of all purchases. The CHF 245 million year-on-year increase in costs can mainly be attributed to an increase in the market volumes of expensive medications. The growth in costs has also been fuelled by quantity increases due to the expansion of indications.
  • Despite there only being a slight increase in purchases (+0.5%), the costs associated with nervous system drugs rose by CHF 32 million (+3.0%), also due to the increased market penetration of costly treatments. More medications were used to treat depression and ADHD, for example, which led to a sharp increase in revenue.
  • There was a marked increase in costs for lipid-lowering medicines (+ CHF 31 million, or 12.0%), mainly due to the growth of PCSK9 inhibitors and new medications that work in similar ways.
  • Other medications moved up into the group of products that generate the highest costs on account of increased sales. These include the monoclonal antibody Darzalex®, the immunoglobulin Privigen®, the anticoagulant Eliquis® and the diabetes drug Ozempic®.

 

Overview of key figures






Absolute figures
Growth in Δ 2021
all


Keytruda®
169
+8%
-
+2%
-
+9%
-
-1%
Eylea®
160
-10%
163’100
-4%
31’263
+5%
5’118
-14%
Xarelto®
149
+2%
736’450
+2%
265’378
+3%
560
-1%
Darzalex®
105
+17%
-
+16%
-
+26%
-
-7%
Privigen®
99
+13%
71’361
+13%
4’016
+16%
24’678
-3%
Pantoprazol®
98
+3%
2’648’701
+2%
1’203’210
+3%
81
-0.4%
Humira®
97
-6%
161’207
+2%
8’387
-1%
11’549
-5%
Eliquis®
92
+20%
490’240
+16%
119’128
+18%
771
+2%
Ozempic®
86
+24%
664’605
+25%
81’408
+27%
1’053
-2%
Simponi®
86
+12%
59’131
+11%
6’651
+9%
12’867
+2%
Stelara®
81
+19%
24’061
+19%
4’722
+20%
17’254
-0.4%
Ferinject®
80
+5%
294’606
+4%
263’979
+5%
302
-0.6%
Ocrevus®
79
+8%
17’155
+21%
5’206
+21%
15’254
-11%
Remicade®
79
-5%
115’432
-4%
4’377
-2%
18’124
-3%
Atorvastatin®
72
-2%
1’188’558
+3%
394’821
+2%
182
-4%
Opdivo®
69
+6%
-
+10%
-
+13%
-
-6%
Biktarvy®
68
+13%
58’532
+13%
5’840
+9%
11’624
+4%
Entyvio®
66
+18%
37’167
+28%
4’081
+20%
16’294
-2%
Trikafta®
64
-
-
+20%
-
+19%
-
-9%
Vyndaqel®
59
+11%
-
+37%
-
+46%
-
-24%
Cancer/immune system
2’796
+10%
3’746’862
+6%
345’670
+7%
8’087
+3%
Nervous system
1’067
+3%
27’679’168
+0.5%
4’005’500
0.0%
266
+3%
Metabolism
1’018
+5%
23’227’574
+0.6%
3’763’336
+0.3%
270
+5%
Cardiovascular system
813
+3%
15’649’097
+3%
2’358’669
+2%
345
+0.4%
Anti-infectives
732
+8%
7’471’189
+7%
3’006’311
+5%
243
+3%
Blood
695
+4%
10’128’942
+4%
2’658’026
+2%
262
+2%
Respiration
425
+3%
10’348’952
0.0%
2’806’268
+0.5%
152
+3%
Sensory organs
395
-0.5%
7’270’869
+4%
1’642’190
+7%
241
-7%
Musculoskeletal system
299
+2%
10’715’718
0.0%
3’430’282
-0.6%
87
+3%
Various
236
+5%
4’501’100
+4%
1’068’987
+5%
221
0%
Skin
204
+8%
7’026’653
+0.5%
2’293’743
+2%
89
+6%
Genitals
194
+5%
3’994’317
+6%
1’089’645
+5%
178
0%
Hormones
102
+8%
3’175’643
+2%
1’206’122
+0.6%
84
+7%
Parasites
7
+0.7%
469’389
+3%
103’438
+6%
72
-5%
Immunosuppressants
1’327
+6%
2’213’954
+6%
138’438
+8%
9’587
-2%
Cancer drugs
1’212
+13%
1’194’587
+5%
164’086
+6%
7’387
+7%
Diabetes medicines
455
+11%
5’191’371
+9%
555’513
+11%
819
-0.5%
Ophthalmology medicines
393
-0.6%
7’048’560
+4%
1’505’686
+7%
261
-7%
Anticoagulants
357
+4%
3’947’570
+1%
1’078’854
+1%
331
+3%
Psychoanaleptics
316
+5%
5’195’922
+5%
1’012’785
+4%
312
+1%
Lipid-lowering medicines
291
+12%
3’648’705
+8%
1’020’623
+6%
285
+6%
Antivirals
286
+0.5%
551’961
+3%
132’867
+7%
2’153
-6%
RAAS blood pressure medication
281
+0.4%
4’902’890
+3%
1’305’682
+3%
215
-2%
Pain medication
279
+2%
11’345’364
-2%
2’861’521
-2%
98
+3%
Drugs designed to dilate the airways
250
+4%
3’059’584
+1%
810’235
+4%
308
+0.1%
Psycholeptics
216
+0.5%
7’185’402
+1%
1’084’465
+1%
199
-0.5%
Endocrine therapy
195
+15%
262’286
+7%
57’724
+3%
3’379
+12%
Antacids
176
+1%
4’347’588
+1%
1’699’667
+2%
103
-0.6%
Immune serum and immunoglobulins
166
+14%
180’070
+13%
17’792
+3%
9’341
+11%
Pembrolizumab
169
+8%
-
+2%
-
+9%
-
-1%
Aflibercept
160
-10%
163’100
-4%
31’263
+5%
5’118
-14%
Rivaroxaban
149
+2%
736’449
+2%
265’378
+3%
560
-1%
Adalimumab
140
+3%
213’025
+7%
13’995
+9%
9’968
-5%
Infliximab
133
+8%
202’865
+10%
7’623
+11%
17’474
-3%
Humane Immunglobuline
133
+12%
100’028
+8%
5’253
+15%
25’332
-3%
Semaglutid
113
+39%
791’799
+35%
107’597
+41%
1’051
-1%
Daratumumab
105
+17%
-
+16%
-
+26%
-
-7%
Pantoprazol
104
+2%
2’834’035
+1%
1’272’326
+2%
82
-0.6%
Apixaban
92
+20%
490’240
+16%
119’128
+18%
771
+2%
Golimumab
86
+12%
59’131
+11%
6’651
+9%
12’867
+2%
Eisen, parenteral
85
+6%
329’295
+5%
288’867
+6%
296
-0.5%
Ustekinumab
81
+19%
24’061
+19%
4’722
+20%
17’254
-0.4%
Ocrelizumab
79
+8%
17’155
+21%
5’206
+21%
15’254
-11%
Atorvastatin
75
-3%
1’235’276
+2%
405’266
+0.8%
186
-4%
Nivolumab
69
+6%
-
+10%
-
+13%
-
-6%
Bictegravir, Kombi
68
+13%
58’587
+13%
5’858
+9%
11’590
+4%
Vedolizumab
66
+18%
37’167
+28%
4’081
+20%
16’294
-2%
Elexacaftor
64
-
-
-
-
-
-
-
Paracetamol
60
-3%
5’028’253
-3%
2’356’609
-2%
26
-0.6%

Quelle:  Helsana
The table can be filtered and sorted interactively. Key figures for 2022 regarding the main anatomical groups, the most cost-intensive and most frequently taken therapeutic drug groups and active ingredients, and the most cost-intensive products. Pricing models have been taken into account; the methodology is set out in the study.

3. Focus on patented products

Patent protection plays a key role in the pharmaceutical industry. This gives the patent holder the exclusive right to market a new drug for a certain amount of time. During this time, no other company may sell or import the protected medication without permission. This protection is necessary in order to pay off the costs of clinical research and the licensing process. Once a drug’s patent protection has expired, other manufacturers can introduce copycat products (known as generics and biosimilars) onto the market. The timing of this can be delayed, however, by means of various different strategies involving secondary patents and legal disputes. According to Swissmedic, generic medications and biosimilars can be used as substitutes for the original drugs without any differences in their therapeutic efficacy, tolerability or safety.

 

Products on the specialities list (SL) with no copycat versions still account for two thirds of outpatient medication costs. This figure is low compared to other countries. In order to reduce the share of original products, there needs to be more of an incentive to launch copycat products in Switzerland.

 

The average price per pack of original medications upon inclusion in the SL has almost doubled to CHF 1500 in recent years. In the case of entirely new active ingredients, it even amounted to almost CHF 6,000 in 2023. The FOPH’s three-year review and the pressure from less expensive copycat products exert a negative influence on the prices of original medications, but this is not enough to offset the increase in prices. As a result, total costs also rise, and original drugs generally remain more expensive even when copycat products are launched. Combined with the preference for original medication, this results in unused potential for savings.

 

Original medications still relatively expensive despite generics and biosimilars



  • Originals before patent expiry

  • Originals after patent expiry

  • Copycats

  • Originals with generic launch price of less than 50%



Source: Helsana and spezialitätenliste.ch; own graphic
Development of pricing for original and copycat medications before and after patent expiry.

There is still significant unused potential for savings associated with the use of generics and biosimilars (or lack thereof). For the period from 2020 to 2023, this potential amounts to a total of over CHF 1.2 billion. Although some progress has been made, the market for most biosimilars is sluggish. The first biosimilar for Adalimumab, for example, came onto the market five years ago. The proportion of biosimilars is still just 25%. In 2024, a number of changes to the law took effect that aim to help make the use of generics and biosimilars more widespread. The next pharmaceuticals report will show whether these measures are adequate.

 

Biosimilars still rare



  • Price difference

  • subkutane Injektion

  • intravenöse Infusion

  • beides



Source: Helsana and spezialitätenliste.ch; own graphic
Biosimilars 2023: total revenue since launch, biosimilar ratio and price difference between reference medication and biosimilar.

4. Impact of safety warnings for JAK inhibitors

Janus kinase inhibitors (JAK inhibitors) are a highly effective group of relatively new medications that are used, among other things, to treat various chronic inflammatory and autoimmune diseases (see box). In 2023, just over 10,000 people in Switzerland took JAK inhibitors, most commonly for rheumatic diseases. Studies have shown that, in certain situations, JAK inhibitors are effective in the long term, take effect rapidly, and are easy to take in tablet form.

 

Although JAK inhibitors are highly effective, they are also costly and have a lot of potential side effects. The total annual medication costs for JAK inhibitor patients in the field of rheumatology amount to around CHF 16,000, which is roughly 60% higher than for those who no longer take JAK inhibitors. Safety concerns have also arisen in recent years – particularly for older patients with cardiovascular risk factors. As a result, various licensing authorities around the world have issued safety warnings. In March 2023, Swissmedic expanded the warning and updated the corresponding labelling of specialist and patient information for all JAK inhibitors licensed for inflammatory and dermatological diseases (Abrocitinib, Baricitinib, Tofacitinib, Upadacitinib). Other JAK inhibitors (Ruxolitinib and Fedratinib) were excluded from the warnings. This means that treating physicians must take the risks and side effects into account, carefully weigh them up and inform patients accordingly when deciding on treatment.

 

JAK inhibitors are licensed for a number of different areas of application.

Six different JAK inhibitors are currently approved for use in Switzerland. These are the active ingredients Abrocitinib (Cibinqo®), Baricitinib (Olumiant®), Fedratinib (Inrebic®), Ruxolitinib (Jakavi®), Tofacitinib (Xeljanz®) and Upadacitinib (Rinvoq®). Each of these medications has a specific field of application, and can be used to treat different diseases. A list of these active ingredients and their fields of application can be found in table 19 in the main publication. They can be divided into about six different indication categories:

  • Rheumatic
  • Dermatological
  • Gastrointestinal
  • Diseases of the blood
  • Infectious diseases
  • Immunological complications.

The JAK inhibitors Ruxolitinib and Fedratinib, which are used for diseases such as myelofibrosis and graft-versus-host disease, are not included in the official safety warnings.

 

Helsana’s settlement data and international studies show that people with rheumatism who use Jak inhibitors experience critical incidents more frequently than those who do not use them. This is particularly true for thromboembolism, serious infections, cardiovascular events and death. On average, people who use JAK inhibitors experience such events around 60% more often than those who do not.

 

There was a steady rise in purchases of JAK inhibitors during the period under review. The first warning was issued and the clinical guidelines were amended in 2019, as a result of which the prescription patterns were presumably modified and purchases fell. The warnings were expanded to include three other JAK inhibitors in early 2023. Despite this, Upadacitinib, one of the active ingredients included in the warning, was still frequently used. In the absence of alternatives, it seems doctors prescribe it as an effective option if patients respond well to the treatment and the doctor uses the medication in full knowledge of the potential risks.

 

Careful risk assessment important for best possible treatment decisions



  • Tofacitinib

  • Ruxolitinib

  • Baricitinib

  • Upadacitinib

  • Fedratinib

  • Abrocitinib



Quelle:  Helsana
JAK inhibitor purchases by quarter and timing of safety warnings.

The safety issues have a significant impact on the cost-benefit ratio for JAK inhibitors for patients in high-risk groups. Their cost-effectiveness is reduced by the costs of monitoring patients and treating the negative side effects, which only became known over time. It would therefore be reasonable to reduce the price of JAK inhibitors. It is important to carry out a careful risk analysis in order to ensure patient safety and make the best possible decisions regarding treatment.

5. New treatment options for lung cancer

Lung cancer is one of the most common forms of cancer (see box) involving malignant tumours that develop in the lungs or airways. Abnormal cells undergo uncontrolled growth, and can spread to other parts of the body. The treatment of lung cancer has changed significantly, with targeted treatments and immunotherapies. The first targeted therapy was approved in Switzerland in 2004, followed by the first immunotherapy in 2016.

 

Most common treatments for lung cancer:

Treatment options for cancer involving oncological agents over time.

Conventional oncological chemotherapies (cytostatic agents) affect all cells that divide. Their efficacy is based on the fact that most cancer cells divide rapidly, and are destroyed as a result. But their effect is not specific. Both abnormal and healthy cells are destroyed, which can lead to a number of side effects such as hair loss, nausea and increased susceptibility to infection. Although chemotherapy can be highly effective for destroying cancer cells, its lack of specificity means that it is highly toxic and its effects on patients vary.

 

Targeted therapies, on the other hand, represent a paradigm shift in the field of oncology from a general to a more tailored approach to treatment. These are treatments that target specific genetic mutations or abnormal molecules in cancer cells in order to stop them from growing while also protecting healthy cells. Certain molecules or signal paths that are essential to cancer cells’ survival are blocked. Treatments are selected based on the genetic classification of the tumour. This precision helps minimise side effects while also improving patients’ quality of life and survival rates.

 

Immunotherapies stimulate the body’s immune system to identify and attack cancer cells. The main substances used are immune checkpoint inhibitors. These block the proteins that prevent the immune system from attacking the cancer cells. Thanks to this blocking effect, these medications enable the immune system to respond better to the cancer cells, which in some patients leads to lasting remission and improved long-term survival. Not all patients respond to immunotherapy, however, and it can also produce specific side effects.

 

The total costs for oncological medications have risen significantly in recent years, as illustrated by the example of lung cancer. The trend is particularly pronounced in this indication category because lung cancer is one of the most common forms of cancer. The significant increase in costs is not due to an increase in cancer cases, but rather the high prices of new therapies that often supplement rather than replace existing treatments.

 

The average incidence (i.e. the number of new cases) is around 4,900 per year. Three quarters of these cases were treated with at least one oncological agent in 2023. The use of chemotherapy has fallen over the years, while targeted therapies are used more frequently. The sharp rise in the use of immunotherapies is particularly noteworthy in this regard. The addition of this form of therapy to the SL in 2016 does not seem to have significantly affected the use of the other two treatment options. One reason for this is that immunotherapies are often administered in combination with chemotherapy. It is also not uncommon for patients to undergo multiple different consecutive treatments in the course of a year.

 

Growth in costs largely due to new immunotherapies


Total costs (CHF million)

  • Chemotherapy (Person)

  • Chemotherapy (Costs)

  • Targeted therapy (Person)

  • Targeted therapy (Costs)

  • Immunotherapy (Person)

  • Immunotherapy (Costs)

Average costs per form of therapy in 2023
  • Targeted: CHF 19'300 per person
  • Immuno: CHF 17'500 per person
  • Chemo: CHF 1'800 per person


Source:  Helsana
Changes in the number of patients and costs of various different forms of treatment for lung cancer.

Although the number of people with lung cancer has remained relatively stable, the costs have risen significantly due to an increase in treatments using expensive oncological agents. These costs have increased from CHF 63 million in 2013 to their current level of CHF 146 million, mainly due to immunotherapies with annual costs of around CHF 100 million. The actual costs can vary significantly between cases, depending among other things on what time of year treatment starts and how long it is administered for. The most costs incurred for a single individual in 2023 came to around CHF 140,000.

 

Immunotherapies are changing the treatment options for lung cancer





Please note: The figure does not show the timing of the treatments in relation to each other or their duration. Further treatment involving medication may have been provided after many months or even years. Also, no information is provided on the stage of the disease or the type of lung cancer. The costs cover all phases of treatment within the first two years. This includes different therapies and forms of treatment, and the average costs are calculated for all patients who started a particular therapy. It is therefore possible that the average costs shown for very expensive treatments may be lower than for more affordable options.

Source: Helsana
Treatment patterns for lung cancer for people who were diagnosed and started treatment in 2016/2021

A large majority of lung cancer patients have only received one course of treatment to date. There are a number of possible reasons for this. Some of the patients will have died, for example, while others will be in a stable condition and not require any further treatment for the time being. In 2021, 50% of lung cancer patients received chemotherapy as their first treatment. During the three-year observation period, 70% received no further oncological agents and 20% died. Of those who received further treatment, the smallest proportion (30%) received another course of chemotherapy. Many more received immunotherapy (42%) or immunotherapy in combination with chemotherapy (23%). A third-line treatment was only used in very rare cases. Targeted therapies were provided as a first-line treatment to 13% of patients. Immunotherapy was used as a monotherapy or in combination with chemotherapy for 14% and 23% of patients respectively.

 

The treatment patterns for lung cancer patients who received their first medicinal therapy in 2021 are very different to those from 2016. Generally speaking, the treatment paths in 2016 were less complex. A large number of new studies and corresponding revisions of the guidelines for the application of therapies have resulted in their more differentiated use. As a result, the focus of the cost issue is on the approval and increased use of immunotherapies. These therapies, which use the body’s own immune system to target cancer cells, are increasingly also being used as first-line treatments. This means that they are being used for more patients, as clearly reflected in the rising treatment costs and total costs.

 

Frequency of lung cancer

You can find more detailed information, including the methodology used, comprehensive figures and a large number of facts and charts relating to the above topics and specific sections in the “Helsana Report: Pharmaceuticals 2024”. In particular, the detailed section on the market development of medications with regard to patent status, mechanism of action, active ingredients and concrete products offer additional insight into the topics discussed.

6. Downloads

You can find more detailed information, including the methodology used, comprehensive figures and a large number of facts and charts relating to the above topics and specific sections in the “Helsana Report: Pharmaceuticals 2024”. The special chapters on JAK inhibitors and lung cancer as well as the comprehensive chapter on the market development of drugs with regard to patent status, mechanism of action, active ingredient and specific preparations provide a detailed insight into the topics covered.

Do you have questions?

We're here to help.

Contact us