Autor : Rey, Darío Raúl1, Sívori Martin2
1 Director of the Specialization Career, UBA (University of Buenos Aires), Academic Unit, Hospital Tornú. 2 Director of the Specialization Career, UBA, Academic Unit, Hospital Ramos Mejía.
Correspondencia :The
specialty called “Tisiology” arose from the attention given to Tuberculosis
(TB), hence its name. Doctors who had been trained until the first half of the
20th century were tisiologists, and it wasn’t until the appearance of anti-TB
drugs, mechanical ventilation, and advances in respiratory physiology,
combined with more thorough knowledge of obstructive diseases (especially
bronchial asthma and COPD [chronic obstructive pulmonary disease]), that
Pulmonology emerged as a specialty, encompassing the management of TB and other
respiratory diseases.
Certainly,
TB is among the main infectious causes of morbidity and mortality among indigenous
peoples between the 15th and 19th centuries. As a matter of fact, Blessed
Ceferino Namuncurá (1886-1905), grandson of the great chief Callvucurá,
died of TB.
Since
the Argentinian territory is vast, the health situation of TB management in the
19th century and the first half of the 20th century will be explained with
examples of some geographical regions of some provinces. During that time,
contagious TB patients were handled in isolation centers. One of the factors
that contributed to high TB mortality rate was the non-existence of an
effective cure method until well into the first half of the 20th century.
Meanwhile, the strategies used by medicine to contain TB were sanatoriums and
dispensaries where sick people were treated using various therapies, including
hygienic-dietary cure or rest cure, as well as other methods with insufficient
results such as surgeries (exeresis, thoracoplasties, pneumothorax), fortifying
tonics, gold salts, etc.1-2 Mortality in the first two
decades of the 20th century was between 130 to 140 patients per 100,000
inhabitants, with peaks of 160/100,000, but then it decreased to 60/100,000 by
1947 (pre-antibiotic era) due solely to preventive and isolation measures
generated by Public Health efforts. After the introduction of streptomycin (S)
and then the remaining antibiotics, mortality dropped drastically in the
following ten years.3
The
World Health Organization considers TB to be the 13th leading cause of death in
the world. In 2020, 1.5 million people died from TB, including 214,000 people
with Human Immunodeficiency Virus (HIV).4 During that period, 9.9 million
people got sick with TB, and the 30 nations with high burden of TB accounted
for 86% of the new cases of the disease.4 The incidence of TB is
decreasing around 2% per year. Between 2015 and 2020, the cumulative reduction
was 11%. Thanks to the diagnosis and treatment of TB, 66 million human lives
were saved.4
In
Argentina, 10,896 cases of TB were reported in 2020, of which 10,268 were new
cases and the rest were relapses.5 The national rate was
24.01/100,000 inhabitants, and the highest rate corresponded to Salta
(42.4/100,000). The highest number of TB cases was reported in the province of
Buenos Aires and CABA (Autonomous City of Buenos Aires), accounting for 65.94%
of the reported cases in the country. In 2020, there were 656 deaths due to TB
in Argentina, representing a rate of 1.45 per 100,000
inhabitants.5
BUENOS AIRES AND
SURROUNDING AREAS
Around
1880, in the City of Buenos Aires (CABA), there were four adult hospitals in
addition to the Casa de los Niños Expósitos: the Hospital de
Hombres (next to the Convent of Santa Catalina), the Hospital de Mujeres (now
located at Tacuarí and Bartolomé Mitre), and the Lazareto de San
Roque (which also housed patients with TB after the cholera and yellow fever
epidemics, now called Hospital JM Ramos Mejía).6-8 That hospital was the first one
associated with the Faculty of Medicine of the University of Buenos Aires
(UBA), and as such, the first multispecialty hospital created within the city
of Buenos Aires. The fourth hospital was created for the War of Paraguay: the
Hospicio de los Inválidos (for severely wounded soldiers from regional
fratricidal wars and psychiatric patients) in Barracas, where the old Hospital
Rawson was then created.6-8
At
the end of the 19th century, at the national level, Dr. Gregorio Aráoz
Alfaro (1870-1955) assigned a general prophylaxis plan for tuberculosis. This
plan had two main characteristics: one direct and one indirect. The direct one
consisted in working mainly with dispensaries located in strategic places
whose function was the home visit of the doctor, to detect infected persons and
treat them. Then, disinfecting the dwelling and the clothes used, and isolating
the sick. Patients who were critically ill were referred to a hospital. With
the indirect prophylaxis, the focus was on strengthening the healthy body,
mainly in children: school hygiene, education for mothers, physical education,
open-air schools, summer camps, all aimed at improving child health, because it
was believed that TB was acquired during childhood, but manifested in
adulthood.9
Due
to the large number of patients with TB, a Municipal Isolation House for
contagious patients was created. It was located at the corner of Paraguay and
Azcuénaga streets. It later transformed into the Hospital de
Clínicas, affiliated with the Faculty of Medicine, in 1881. It was
supervised by Ignacio Pirovano, Cleto Aguirre, and Pedro Arata, Dr. José
Penna created an isolation center in CABA in 1883, known as the Hospital de
las Barracas, for contagious patients, with more than 300 beds, where the
Hospital Muñiz is now located. By 1900, the Hospital Muñiz began
to be built, and it was promptly assigned to the Faculty of Medicine. Built as
pavilions separated by wide internal streets, it is the model that has been
used and still exists today.8, 10 In 1904 it was called Hospital
Francisco Javier Muñiz. In 1936, the modern Koch Pavilion with 200 beds
was inaugurated, and its majestic architecture continues to amaze us to this
day. In 1938, the Tuberculosis Dispensary, with access from Vélez
Sarsfield Avenue; the Experimental Tuberculosis Laboratory, and the three areas
that depended on the Chair of Tisiology and the Faculty of Medicine of the UBA
were founded, giving rise to the central figures in the history of Argentinian
Tisiology: Raúl Vaccarezza, Oscar Croxatto (pathologist), Alfredo Lanari
and Abel Cetrángolo (bacteriologist).8,
10 The
first Full Professor of the Chair of Tisiology was Raúl Vaccarezza, in
1938. The University Institute and its three premises bear his name.10 Then came until the 1970s,
professors Dr. Juan Carlos Rey (1950-1971), José María Leston (1972-1973),
Jorge Pilheu (1974), Rubén Sampietro (1975), Francisco Dubra (1976) and
Luis Julio González Montaner (1977-1995).10 Professor Raúl Vaccarezza
opened in 1939 the University Anti-Tuberculosis Center, directed by Dr.
Benjamín Enquin, to preventively evaluate students entering the UBA.9
Another
important center for the care of patients with tuberculosis was created in
CABA in 1904, first as a dispensary in Villa Ortúzar and later as a
public hospital, currently known as Dr. Enrique Tornú.6,
7 The
founding figures of this Center were Doctors Samuel Gache, Emilio Coni and
Enrique Tornú. Dr. Alejandro Raimondi, well-known tisiologist, created
the Nursing School for this Center. Then in 1934, the Center for Tisiological
Research was created within the facilities of the Hospital Tornú, and in
1955 it became part of the UBA. Dr. Alfredo Lanari was appointed as the first
Director, and later the Center became known as Instituto Alfredo Lanari.6, 7
In
1901, the Argentine League for the Fight against Tuberculosis (Liga
Argentina de Lucha contra la Tuberculosis, LALT) was created as a private
institution with several dispensaries located throughout the city, and with its
headquarters in the Palermo neighborhood of CABA.6,
7
Other
renowned figures of the first half of the 20th century were doctors Jorge Loro
Marchese (1924-2021) and Oscar Vaccarezza (1906-1985), both chest surgeons, and
Pedro Rubinstein (1914-1984). In ward 3 of the Hospital Rawson, Dr. Zelasco
established the Respiratory Tract Office, and Rubinstein worked there. That center
was also a hub for the care of patients with tuberculosis, and the Hospital
Rawson received support from the surgical team of the Finochietto brothers.
Another
traditional center for the management of TB in the northern area of Greater
Buenos Aires is the Hospital Antonio Cetrángolo, in Vicente
López, which was established in 1937 as a specialized dispensary for TB
and later transformed into a hospital in 1952, investigating and treating other
diseases under its current name.6, 7 Dr. Ángel Bracco was the
prominent figure in chest surgery.
CENTER OF OUR COUNTRY
With
the argument that “air cure” or “climate cure,” which had already been used
with some success in cases of non-severe TB, was the preferred choice of
Argentinian medicine, sanatoriums and care centers in Córdoba, located
in regions with dry and high-altitude climates, became the chosen destination
“for sick-chest patients.” However, other areas of the country such as the
Atlantic coast, the Andes mountain range, La Pampa, and even the surrounding
areas of Buenos Aires or some of its neighborhoods, were possible destinations
for the “rest cure” treatment.2 As early as 1906, in his report
on the working class, Juan Bialet Massé offered a perspective that
linked the “purest air” of the mountains of Córdoba with the ability of
the so-called “Mecca of tuberculosis” to cure 5000 tuberculous patients per
year.2, 13 One noteworthy place in the
Sierras Chicas mountain range is Santa María de la Punilla, in Córdoba,
created by Dr. Fermín Gutiérrez in 1900. It was an enormous
building that is now a hospital.
Regarding
epidemiological medical information, the First Pan-American Congress on
Tuberculosis was held in Córdoba in 1927, where foreign and national doctors
presented their first scientific communications.11-13 In the case of Córdoba, a
large number of establishments were created from 1920 onwards, which housed
patients or just treated them on an outpatient basis. In 1915, it had 400 beds
and by 1925, that number had quadrupled, bringing it to 1,500 beds.11, 12
There were also a large number of private sanatoriums, such as
the Sanatorio Mieres, Clínica Berna, Hogar Japonés, Sanatorio de
la Marina, Sanatorio Laënnec, and Centro Universitario. Two more sanatoriums,
the Sanatorio de Nuestra Señora de la Misericordia and the Hospital
Tránsito Cáceres de Allende, were established around 1922.11, 12
In the mid- 1930s, these facilities added approximately 500 beds,
in addition to those that treated patients on an outpatient basis, such as the
Dispensario de la Sociedad Tránsito Cáceres de Allende (1918),
the Dispensario Antituberculoso, part of the Hospital Rawson (1926), and the
Dispensario Central Antituberculoso, dependent on the government of the
province of Córdoba (1931).11, 12 The preventive testing of
university students began in 1936 at the Instituto de Tisiología de
Córdoba, under the direction of Prof. Gumersindo Sayago.9 In 1937, the University
Antituberculous Dispensary was created in the same institute, under the direction
of Prof. José F. Verna.9 In 1942, the Hogar Universitario
was created in the city of Cosquín, Córdoba, for the treatment of
university students with tuberculosis, under the direction of Dr. Luis C.
Vauthier. It had branches in La Plata, Rosario, Buenos Aires, Tucumán
and Cuyo.9
NORTHWESTERN AREA
In
October 1850, thanks to the priest Escolástico Zegada, the Hospital de
Jujuy began to operate with 14 beds. Today it is known as the Hospital San
Roque.14, 15 Doctors Sabino O’Donnell, Arias,
and Luis Cuñado were the first physicians at one of the oldest hospitals
in the country.14-15 It served as a place of
isolation for patients with tuberculosis. Wealthy patients paid for board and
lodging, thus allowing the care of people in need and promoting the cooperative
approach advocated by Zegada. After 13 years of providing care to 1,400
patients, the hospital closed temporarily due to lack of funding. In 1868, the
priest managed to reopen the hospital.14,
15
In
San Miguel de Tucumán, different governments such as the one of Marcos
Paz (1858) invested in education on hygiene and different measures to improve
public health.16 In
1887, the Council of Public Health was created. It was the predecessor of the
Ministry of Public Health that was established in the 1940s. Some of the
outstanding doctors in the treatment of TB were Benigno Vallejo, Julio
González Lelong, Guillermo Paterson, and Lozada Echenique. The Instituto
Microbiológico was created under the direction of G. Paterson and Pedro
García.16 At
the end of the 19th century, hospitals with modern conception began to operate.
In 1883, the Hospital Nuestra Señora de las Mercedes was inaugurated.
That name that would be replaced in 1912 by Hospital Ángel C. Padilla,
located in its current location. There were four pavilions, two for men and two
for women.16 In 1900, the Hospital
San Miguel was inaugurated with two pavilions for women, which would later be
named Zenón J. Santillán. The most important sugar mills had
their own hospitals.16 The
Tucuman deputy, former Dean of the Faculty of Medicine of the UBA, and former
head of Gynecology and Obstetrics at Hospital Ramos Mejía, Dr. Eliseo
Cantón, incorporated important measures in hygiene and public health.
Dr. Ernesto Padilla’s government (1912-1915) introduced mandatory education in
the province on elementary notions of child hygiene and childcare. At the
private level, Alfredo Guzmán established La Granja Modelo between 1910
and 1920, which was unique in its kind in Latin America at that time. It was a
factory that pasteurized milk under strict safety and efficacy standards. As a
consequence, bovine TB was completely eliminated.16
In
Cuyo, specifically in Mendoza, it was known for its “dry, sunny climate
(heliotherapy), and high altitude above sea level.” That’s why Dr. Julio
Lemos referred to it as a “city-sanatorium,” as patients would come from abroad
to alleviate their ailments.17 By
the 20th century, in 1924, Dr. Carlos Puga published an article called Dispensarios
antituberculosos. Necesidad de su implantación en Mendoza, in the Revista
Médica de Cuyo, where he warned about the urgency of approaching the
fight against this disease in a systematic and effective manner.17
In July 1926, through the LALT, presided over by Dr. Gregorio Alfaro,
Dr. Puga, Dr. José Palma, and Mr. M. Jankiwski founded the
Antituberculous Dispensary of the LALT. They summoned other professionals such
as Salomón Miyara, Pedro Notti, and Carlos Guerra, who provided free
assistance to over 2,000 people within a period of 6 months.17 By 1940, assistance was being
provided to more than 43,000 patients. In 1929, at first, patients were
hospitalized at the Hospital Lencinas, which had 200 beds, but it quickly became
overcrowded. In August 1940, the publication Acción Antituberculosa began
to be published on a monthly basis (director: Dr. Salomón Miyara, with a
crucial role in providing information about TB).17 In 1942, Law 1472 was enacted,
which mandated the establishment of a radiological registry in the Province.
All these actions, still in the pre-antibiotic era, managed to reduce the
morbidity rate in 1941 from 10.4 TB patients per 1,000 inhabitants to 6.59 per
1,000 inhabitants. In 1940, the BCG vaccine (Bacille Calmette-Guérin)
began to be used for newborns through the LALT, and in 1949, S began to be
used.17
LITTORAL AREA
There
is little information available about the history of TB management in the
provinces of the littoral area. Public health control took place in Rosario,
Santa Fe, and it was provided by the Public Assistance, the first
municipal-level institution established in 1890.18 In 1897, the Casa del
Aislamiento (Isolation House, now called Hospital Carrasco) was created,
intended for patients with infectious and contagious diseases; and in 1898, the
Hospital Rosario was established (currently the Criminal Justice Center). Dr.
Clemente Álvarez (1872-1949), a local figure in the fight against TB and
the “dissemination” of health issues, spread the emergence of social medical dramas, the life stories and living conditions of TB
and leprosy patients, as well as the articles published by Dr. Rubén
Vila Ortiz.18
PATAGONIA
There
is very little specific information about the situation in Patagonia, but it is
likely that it followed the general guidelines mentioned earlier, regarding
assistance focused on the first public hospitals serving as isolation centers.
In one of those public hospitals (Viedma, Río Negro), nurse
Artémides Zatti (1880-1951), who has been declared a saint by the Catholic
Church, worked at the TB dispensary taking care of all patients (he had been a
patient himself), including Ceferino Namuncurá.19137
TUBERCULOSIS: OUR
EXPERIENCE
One
of the authors of this work (DRR) describes his experiences in the field, which
include his work at Hospital Muñiz (1965-1979) and Hospital Tornú
(1979-2007), until he retired as Head of the Pulmonology Unit.
Coincidentally,
at the beginning, the author had two prominent doctors who supervised him and
established the initial steps: Dr. Pedro Rubinstein and his clinical
supervisor, Dr. Eduardo Herrmann. They both taught the author how to examine
patients adequately and with humanity, also to interpret a radiography and
perform intra dermal reactions using the Mantoux technique. During that time,
the invaluable help of the chest computed tomography didn’t exist.
Dr.
Rubinstein would receive the patients’ X-rays on a daily basis and describe the
findings, as described by Raoof, from which valuable lessons were learned and
developed over the years.20 While TB was
predominant among the admissions, he explained that if a patient had three
negative bacilloscopies, the diagnosis had to be oriented towards other
pulmonary diseases.
Dr.
Herrmann, who later became the first Chief of the Pulmonology and Tisiology
Unit at the Hospital Ramos Mejía, combined his teaching skills with
strictness and high demands in both patient care and study. This sometimes
caused annoyance, but he surely was strict when he sensed that the student had
a strong dedication to patient care and teaching, and the ability to write
about specialized topics.
TB
was classified according to radiographic extent as minimal (when the
lesion occupied one lung field), moderately advanced (if it occupied two
lung fields), and advanced (if it exceeded that). The classification was
used to recommend treatment duration: 12 months for minimal TB, 18 months for
moderately advanced TB, and 24 months for advanced TB, unless the patient
had renal, skeletal, or meningeal TB, in which case the treatment duration was
extended to 36 months.
Initial
treatment consisted of three drugs: streptomycin (S), isoniazid (H), and
para-aminosalicylic acid (PAS), along with second-line drugs for retreatment
(still in use) such as pyrazinamide (Z), kanamycin (Km), capreomycin (Cm),
ethionamide (Et), and cycloserine (Cs), which increased the possibility of
toxic effects.
In
general, results were favorable due to the principles that stated a treatment
should be: early (initiated as soon as possible), intensive (according
to the patient’s theoretical weight), individualized (taking into
account existing comorbidities), combination therapy (using at least
three drugs to prevent relapses or bacterial resistance), continuous (to
avoid interruptions), prolonged (for the duration prescribed by medical
indication), and updated (with regular bacteriological monitoring to
ensure negative results).
During
the Specialization Course, other figures were included in clinical, surgical,
and pathological case conferences: Dr. Rey, known for his meticulous analysis
of X-rays, scrutinizing them in detail; Dr. Sampietro, a thoracic surgeon, who
provided precise indications tailored to each case; and Dr. Croxato, an
exceptional pathologist, and young Dr. González Montaner, whose
contributions were listened to with great respect.
From
1976 until the end of their medical careers, people working at Hospital
Muñiz and Hospital Tornú had the privilege of being under the
guidance of Dr. Jorge Loro Marchese and Dr. Jorge Pilheu. They
both shared their professional and teaching practice, which were further passed
down to younger generations of professionals.
Under
the guidance of Jorge Loro Marchese, further lessons were learned
regarding the treatment of patients with humanity, the performance of pleural
and lung biopsies under his orientation, and participation in conferences and
congresses as collaborators.
From
Jorge Pilheu, valuable skills were acquired in perfecting pre and
post-graduate talks, drawing conclusions, and using new guidelines for
abbreviated treatment, which led to their inclusion in the book commemorating
the 75th anniversary of the American College of Chest Physicians.21
All
the people mentioned above are always held in high regard, and the teaching
skills assimilated and shared over the years continue to be used.
REFERENCES
1.
Carbonetti A. Historia Epidemiológica de la Tuberculosis en la
Argentina.1914-1947. Universidad Nacional de Cuyo. Estudios 2012;37-52
2.
Armus D. La ciudad impura, salud, tuberculosis y cultura en Buenos Aires,
1870-1950. Editorial Edhasa, Buenos Aires, 2007.138
3.
Herrero MB, Carbonetti A. La mortalidad por tuberculosis en Argentina a lo
largo del siglo XX. Hist Cienc Saude Manguinhos. 2013;20:521-36.
https://doi.org/10.1590/S0104-597020130002000009
4.
World Health Organization. Tuberculosis profile: Global 2021. En: https://worldhealthorg.shinyapps.io/tb_profiles/?_inputs_&lan=%22EN%22&entity_type=%22group%22&group_code=%22global%22;
consultado febrero 2022.
5.
Boletín N° 5 Tuberculosis y lepra en la Argentina. Año V- Marzo 2022. Ministerio de Salud de la Nación. En:
https://bancos.salud.gob.ar/sites/default/files/2022-03/boletin_n_5_tuberculosis_y_lepra_en_argentina_28-3-2022.pdf
consultado julio 2022.
6.
Visillac E. Pioneros de la Salud: Historia de los Hospitales Públicos de
la Ciudad de Buenos Aires. Ediciones Olmos. Buenos Aires. 2017
7.
Agüero A. Manual de Historia de la Medicina Argentina. Editorial AMA.
Buenos Aires.2014
8.
Veronelli J, Veronelli Correch M. Los orígenes institucionales de la
Salud Pública en la Argentina: Tomos I y II. Organización
Panamericana de Salud. 2004.
9.
Acerbi Cremades N. Tuberculosis, curiosidades y reflexiones.Cátdera
Historia de la Medicina.Fac.Ciencias Médica. Universidad Nacional de
Cuyo
10.
Cragnolini de Casado G. (octubre de 2011). Instituto Profesor Doctor
Raúl Vaccarezza: Casi un siglo de lucha contra la tuberculosis.
Universidad de Buenos Aires.Encrucijadas;52. Acceso el 2 de enero de 2023 en
http://http//repositoriouba.sisbi.uba.ar
11.
Carbonetti A. La ciudad de la peste blanca, historia epidemiológica,
política y cultural de la tuberculosis en la ciudad de Córdoba,
Argentina, 1895- 1914. Dirección de Fomento Editorial, Benemérita
Universidad Autónoma de Puebla, Puebla, México.2011.
12.
Carbonetti A. Historia de la tuberculosis en América Latina: A modo de
introducción. Centro de Estudios Avanzados Universidad Nacional de Cuyo.
Estudios 2012:11-6.
13.
Rodríguez M, Aizenberg L, Carbonetti M. Tuberculosis y migración
hacia Córdoba a inicios del siglo XX: discursos y concepciones sobre la
figura del migrante interno. Quinto Sol 2016; 20:1-19.
14.
Diario El Tribuno de Jujuy. Luchas, esfuerzo y dedicación: así
nació el Hospital San Roque. Nota periodística 28 septiembre
2017.
15.
Fleitas M. La atención pública de la salud durante el siglo XX»,
en Teruel, A. y Lagos, M. (directores): Jujuy en la historia. De la colonia al
siglo XX. Jujuy: UNIHR. Facultad de Humanidades y Ciencias Sociales.
Universidad Nacional de Jujuy 2006.
16.
Romero E. La salud pública en Tucumán: 1880-1920. Biblioteca
Digital de la Universidad Católica Argentina.
17.
De Pérez Guilhou M, Perinetti C, Perinetti Y. La lucha contra la
tuberculosis en la provincia de Mendoza. V Congreso Historia de la Medicina
Argentina.123-141.
18.
Raffo A. La tuberculosis en Rosario. Aproximaciones a una historia
sociocultural de la enfermedad. Rev Med Rosario 2017; 83:128-32.
19.
Reyes Alcaide H. ¿Quién fue Artémides Zatti, el santo enfermero
de los humildes de la Patagonia? Acceso el 23 de Enero
de 2023 en https://www.telam.com.ar/notas/202210/606978-francisco-canonizara-a-artemides-zatti-el-tercer-santo-argentino.html
20.
Raoof S, Feigin D, Sung A, Raoof S, Irugulpati L, Rosenow EC 3rd.
Interpretation of plain chest roentgenogram. Chest. 2012;141:545-58.
https://doi.org/10.1378/chest.10-1302
21.
Pilheu JA. Short-duration treatment of pulmonary tuberculosis. Chest. 1977;71:583-6. https://doi.org/10.1378/chest.71.5.583