Issue 4 - August 2010 - Pacini Editore
Issue 4 - August 2010 - Pacini Editore
Issue 4 - August 2010 - Pacini Editore
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In total there are twelve hospitals, one health hub, nine accredited<br />
clinics and seven districts; this means that any action or<br />
change regarding the system requires substantial organisation<br />
work. The privatization of health trusts and the complexity<br />
of the established facilities mean that it is becoming increasing<br />
urgent to plan, streamline and control the health services<br />
rendered. Within this framework and in order to meet these<br />
requirements, a reorganisation process has been started as regards<br />
urinary cytology in the whole province of Bologna, involving<br />
all stakeholders in the process, first and foremost the<br />
Pathological Anatomy and Unified Booking (CUP) services.<br />
The project included all four Pathological Anatomy departments<br />
dealing with this type of test: in Bologna these are the<br />
Ospedale Maggiore, the Ospedale Bellaria and the S. Orsola<br />
Hospital; in Imola it is the Pathological Anatomy department<br />
of the Imola Hospital. The project started with an assessment<br />
of the various process phases.<br />
The analysis revealed differences both regarding the sampling<br />
indications and the way the test was booked through the CUP;<br />
on the other hand, consistent features emerged both as regards<br />
the test’s setting-up, a single filtering layer with polycarbonate<br />
membranes, and the waiting times which could be as long<br />
as 60 days. The old method required delivery of a fresh urine<br />
sample for three days; this means that the patients had to go<br />
through five “steps” before getting the result (one booking<br />
from the CUP, three deliveries to the sample delivery Point,<br />
one report collection from the office in charge), and that the<br />
Pathological Anatomy departments needed to receive and<br />
process the three samples separately and then draft the reports<br />
on different days. The new method was introduced in April<br />
2009; it involves the use of an alcohol-based fixative liquid to<br />
correctly preserve the cellular elements in the sample which<br />
can be stored in a cool place for up to a week. The appropriate<br />
amount of fixative is stored in the three jars contained in<br />
the sponge housings which are part of the Kit provided by the<br />
manufacturer. The Kits are delivered both to CUP offices and<br />
to the chemists’ authorised to book these tests (about three<br />
hundred booking points). The Kit is delivered to the patient<br />
when the test is booked, together with a fact sheet explaining<br />
both the precautions and sampling method to be followed,<br />
plus the simplified questionnaire on the patient’s medical history<br />
which he/she has to fill in. This information is necessary<br />
in order to reconstruct a clinical record of patients who, in the<br />
case of the Bologna area, can choose between three different<br />
Pathological Anatomy departments which are not part of a<br />
network.<br />
Results. The patient returns the Kit, all of it at the same time,<br />
after having collected the urine at home for three days, following<br />
the method illustrated; an efficient transport system connects<br />
the delivery point to the Pathological Anatomy service<br />
in charge of the area, making sure that the material is promptly<br />
delivered. Here the material is all received together, which<br />
means that the Service secretariat has less work to do in the<br />
process; the setting-up involves completely filtering the three<br />
samples, all together, for each patient, then collecting the cells<br />
onto a single slide. As a consequence the process is less timeconsuming<br />
for the professionals involved, and it also allows<br />
for the production of a single report. The patients collect their<br />
reports on the set date from the booking structure; as a whole<br />
their number of visits to public facilities when a urine cytology<br />
examination is required have been reduced to three (one<br />
booking from the CUP, one journey to the delivery point, and<br />
one to collect the report). The delivery point staff has reduced<br />
the amount of time necessary for each user because there is<br />
only one delivery to be received, as opposed to three for the<br />
5 th triennial congress of the italian society of anatomic Pathology and diagnostic cytoPathology<br />
same number of days. The new process is proving advantageous<br />
for everybody, with the exception of the laboratory staff<br />
in charge of setting up the material because the filtration time<br />
has increased. In any case, the implementation of the system,<br />
after the necessary trial period, has led to easier accessibility to<br />
the test, and at the same time to a reduction of the waiting time<br />
required. The waiting times for a urine cytology exam now<br />
range between 3 and 15 days. Moreover, an agreement with<br />
the CUP2000 company, allows the Pathological Anatomy services<br />
to directly manage the booking schedules. A statistical<br />
report, provided on a regular basis by the CUP booking office<br />
management, makes it possible for the Pathological Anatomy<br />
departments to monitor the relevant trends, thus extending or<br />
reducing the booking schedules in order to meet the demand.<br />
The new method has been extended to hospital wards and<br />
homogeneously covers the whole provincial area.<br />
emerging prognostic and predictive factors<br />
in breast cancer: where are we?<br />
M. Mottolese, A. Di Benedetto, E. Melucci, S. Buglioni,<br />
L. Perracchio.<br />
Pathology Department, Regina Elena National Cancer Institute,<br />
Rome, Italy<br />
Background. Breast cancer (BC) is the most commonly<br />
occurring malignancy in women and is responsible for approximately<br />
500 000 deaths per year worldwide. Due to the<br />
remarkable heterogeneity of BC, mostly driven by genetic<br />
variability, a number of clinical and bio-pathological factors<br />
are routinely used to determine prognostic predictions of<br />
clinical relevance. Furthermore, decisions about the adjuvant<br />
chemotherapy (CT), mainly in early stage of the disease, are<br />
affected by a complex interplay of factors and guidelines<br />
stratify BC patients into prognostic subsets suggesting treatment<br />
protocols on the basis of the reported estimates of efficacy<br />
1 2 . Classical prognostic parameters include patient age,<br />
axillary lymph node status, tumor size, histological features<br />
(especially histological grade and lymphovascular invasion),<br />
estrogen receptor (ER)-progesterone receptor (PgR), and<br />
HER2 status. In addition, a recent report from the St Gallen<br />
International Expert Consensus recommends the use of proliferation<br />
markers (eg, Ki-67 and mitosis) and multigene assays<br />
when choosing appropriate systemic CT 3 . Although these factors<br />
may be of great clinical value, their role in determining<br />
prognosis and evaluating risk in an individual patient with BC<br />
is more limited, since patients with similar combinations of<br />
features may have very different clinical outcomes. In recent<br />
years gene expression profiling have been increasingly used<br />
aimed to improve BC classification and to assess prognosis<br />
and response to therapy 4 . Although the precise role of these<br />
novel molecular techniques in the routine management of BC<br />
patients is yet under investigation, certainly they may provide<br />
prognostic and predictive information often more useful than<br />
those provided by the traditional clinical and pathological<br />
factors 5 . In addition, thanks to this extended biological knowledge,<br />
we have the opportunity of identifying genes involved<br />
in responsiveness to therapy acquiring relevant information<br />
on drug resistance mechanisms. This may lead to the characterization<br />
of new therapeutic targets and the subsequent availability<br />
of more treatment options for patients with resistant<br />
disease 6 .<br />
HER2 Expression and Response toTrastuzumab and<br />
Chemotherapy. It is well established that expression of<br />
HER-2 is predictive of response to trastuzumab 7 . Retrospec-