Researchers will identify genes responsible for the lack of immune defenses associated with feline herpesvirus, a major cause of
upper respiratory infections in cats, with the aim of developing a more effective vaccine.
Infectious diseases seen in shelter animals range from common treatable conditions such as kennel cough in dogs and
upper respiratory infections in cats, to less common but potentially life - threatening diseases such as distemper, canine parvovirus, canine influenza and feline leukemia virus.
The vaccine is called the bordetella vaccine because bordetella is the most common cause of
upper respiratory infections in dogs, according to VPI.
One of the most important viruses that causes
upper respiratory infections in cats is feline herpesvirus type 1.
Being around so many other animals often means kennel cough in puppies and
upper respiratory infections in kittens.
Diseases like
upper respiratory infections in cats and kennel cough (Bordetella) in dogs are very contagious and need to be dealt with right away when a pet arrives at the hospital.
Recent research shows that
upper respiratory infections in cats need not be as frequent as we once thought.
There have been several new vaccines introduced in the past few years, including ringworm (a fungal skin infection), Giardia (a protozoal intestinal parasite), feline Bordatella (similar to canine kennel cough, and thought to be a factor in many
upper respiratory infections in cats), canine Coronavirus (a mild self - limiting diarrhea of puppies), Leptospirosis (affects the kidneys), and Lyme disease.
Feline Viral Rhinotracheitis is a highly contagious disease caused by Feline Herpesvirus Type 1 (FHV - 1) and is one of the most common causes of
upper respiratory infections in cats.
«Researchers will identify genes responsible for the lack of immune defenses associated with feline herpesvirus, a major cause of
upper respiratory infections in cats, with the aim of developing a more effective vaccine,» Morris stated.
Specifically, cats may develop conjunctivitis after contracting the feline herpesvirus — a virus that is known to cause
upper respiratory infections in cats, similar to the common cold.
Her project is focusing on reducing the incidence of
upper respiratory infections in shelter cats.
Need a new tool to reduce the incidence of
upper respiratory infections in shelter cats?
Treatments can range from repairing broken legs; performing amputations; eye removal; care for sore ears, skin conditions and wounds; and treatment for kennel cough and
upper respiratory infections in cats.
Bordatella, commonly known as kennel cough in dogs, causes
upper respiratory infections in cats.
It's a feline housing revolution — and it's helping stop outbreaks of
upper respiratory infections in their tracks!
Chlamydia felis: This bacterium can cause conjunctivitis and
upper respiratory infections in cats.
Salivary IgA as a risk factor for
upper respiratory infections in elite professional athletes.
It soothes irritated mucous membranes and is effective against
upper respiratory infection in children.
Calicivirus: This highly contagious and ubiquitous virus is one of the major causes of
upper respiratory infection in cats.
Feline bordatella, or kennel cough, causes
an upper respiratory infection in cats, and could cause feline pneumonia.
Hurley has built on this experience with extensive research on feline
upper respiratory infection in the multi-cat environment.
Canine influenza is
an upper respiratory infection in dogs caused by the H3N8 Type A influenza virus.
RHINOTRACHEITIS (feline herpes virus 1) & CALICI VIRUSES are the primary stimulants of
upper respiratory infection in the feline species, capable of causing clinical signs localized to the upper respiratory system such as sneezing, ocular discharge, and oral ulcerations as well systemic infections in more virulent strains of calici viruses.
Feline herpesvirus (FHV - 1) is a common cause of eye and
upper respiratory infection in the cat.
The Facts Canine influenza is
an upper respiratory infection in dogs caused by the H3N8 Type A influenza virus.
Then there is a high chance that you might encounter
upper respiratory infection in one or more of your fostered felines.
Multiple studies have demonstrated that length of stay is the single greatest risk factor for
upper respiratory infection in shelter cats.
Not exact matches
The antibacterial compounds also help strengthen baby's immune system along with helping fight already present bacteria that could cause croup — inflammation of the larynx, trachea and bronchial tubes
in the throat and
upper respiratory section
in young children, which is associated with
infection, causing difficulty breathing.
There is truth that breastfed babies are less likely to have
upper respiratory infections, but chest congestion
in infants can be the result of regurgitated milk or excess saliva.
«A baby with a cleft lip or palate, for example, is often more prone to developing
upper respiratory problems, such as colds, allergies, and ear
infections,» says Aimee Creelman, a breastfeeding consultant at St. Luke's Hospital
in San Francisco.
From
upper respiratory infections and Type II diabetes to asthma, Sudden Infant Death Syndrome and childhood obesity — these issues are rampant
in our communities.
Viral gastroenteritis is the second most common illness
in the United States (after
upper respiratory infections such as colds).
These symptoms are common
in children with
upper respiratory tract
infections, such as a cold.
In fact, experts estimate that the average child gets six to eight viral
upper respiratory tract
infections each year.
Young children who are
in daycare very often get frequent
upper respiratory tract
infections, including colds and secondary ear
infections.
Infants who were breastfed for 4 months or 4 to 6 months did not have lower risks of
upper and lower
respiratory or gastrointestinal tract
infections in the first 6 months compared with never - breastfed infants (all P >.05)(Fig 1).
Between the ages of 7 and 12 months,
upper and lower
respiratory and gastrointestinal tract
infections were present
in 27 %, 10 %, and 9 % of the infants, respectively.
Our observations of reduced fever at 1 month and reduced stuffy nose at 6 months associated with nonprone sleep positions are consistent with this hypothesis, as is the reported observation that adults with
upper respiratory tract
infections have lower nasal bacterial counts after lying supine for 1 hour vs lying prone for 1 hour.11 Also, infants sleeping supine swallow more frequently than infants sleeping prone
in response to a pharyngeal fluid stimulus, suggesting more effective clearing of nasopharyngeal secretions
in the supine position and, hence, less potential for eustachian tube obstruction and fewer ear
infections.12
Second, the associations between duration of breastfeeding and
upper and lower
respiratory and gastrointestinal tract
infections in infants aged 6 and 12 months were analyzed by using multiple logistic regression analysis.
In the first 6 months of life, 40 % of all the infants had an
upper respiratory tract
infection, 8 % had a lower
respiratory tract
infection, and 8 % had a gastrointestinal tract
infection.
A recent review of studies performed between 1966 and 2003 showed that maternal report of breastfeeding is reliable through the age of 3 years.41 The main outcomes
in our study were self - reported
upper and lower
respiratory and gastrointestinal tract
infections.
«There are risks to the baby who is not breast - fed
in terms of getting ear
infections,
upper respiratory tract
infections, certain forms of cancer,» said Dr. Bobbi Philipp, a pediatrician at the Boston Medical Center and a breast - feeding expert for the American Academy of Pediatrics, who was involved
in the ad campaign.
There are many potential benefits to adding probiotics to our kids» diets such as decreasing the severity and duration of diarrhea cause by gastroenteritis, preventing antibiotic - induced diarrhea, easing colic
in babies, and boosting immunity, especially with
upper respiratory tract
infections.
«A baby with a cleft lip or palate, for example, is often more prone to developing
upper respiratory problems such as colds, allergies, and ear
infections,» says Aimee Creelman, a lactation consultant and obstetric nurse at Brattleboro Memorial Hospital
in Southern Vermont.
Other outcomes
in the first 12 months of life, including atopic eczema, wheezing,
upper respiratory tract
infection and death, were not different between groups.
It is caused by viral
infection in the
upper respiratory tract.
OMT has been shown to have a dramatic effect on fluid
in the ears, and works well on any type of
upper respiratory infection.
Physiologic sleep studies have found that breastfed infants are more easily aroused from sleep than their formula - fed counterparts.247, 248
In addition, breastfeeding results in a decreased incidence of diarrhea, upper and lower respiratory infections, and other infectious diseases249 that are associated with an increased vulnerability to SIDS and provides overall immune system benefits from maternal antibodies and micronutrients in human milk.250, 251 Exclusive breastfeeding for 6 months has been found to be more protective against infectious diseases compared with exclusive breastfeeding to 4 months of age and partial breastfeeding thereafter.2
In addition, breastfeeding results
in a decreased incidence of diarrhea, upper and lower respiratory infections, and other infectious diseases249 that are associated with an increased vulnerability to SIDS and provides overall immune system benefits from maternal antibodies and micronutrients in human milk.250, 251 Exclusive breastfeeding for 6 months has been found to be more protective against infectious diseases compared with exclusive breastfeeding to 4 months of age and partial breastfeeding thereafter.2
in a decreased incidence of diarrhea,
upper and lower
respiratory infections, and other infectious diseases249 that are associated with an increased vulnerability to SIDS and provides overall immune system benefits from maternal antibodies and micronutrients
in human milk.250, 251 Exclusive breastfeeding for 6 months has been found to be more protective against infectious diseases compared with exclusive breastfeeding to 4 months of age and partial breastfeeding thereafter.2
in human milk.250, 251 Exclusive breastfeeding for 6 months has been found to be more protective against infectious diseases compared with exclusive breastfeeding to 4 months of age and partial breastfeeding thereafter.249
In adjusted analysis a shorter duration of predominant breast feeding (less than two months) was a risk factor for four or more hospital, doctor, or clinic visits because of
upper respiratory tract
infections (OR 1.43, 95 % 1.02 to 2.01, p = 0.041), as was partial breast feeding for less than six months (OR 1.46, 95 % CI 1.07 to 2.00, p = 0.018).