Dr. Smallman's research primarily investigates the causes and treatments of injuries related to the knee and understands the genetics behind bacterial infections in mammals. He has explored how specific genes help bacteria survive during pneumonia and septic infections, identifying crucial genes that can lead to improved treatments. Additionally, he examines pain originating from knee tissues, specifically focusing on the ligamentum mucosum's role in anterior knee pain. His work spans from studying stress fractures in adolescent athletes to evaluating the effectiveness of arthroscopic knee surgeries for military personnel in active combat situations.
Key findings
In his 2025 study, Dr. Smallman identified 128 critical genes for bacterial survival during infections, with 22 essential across all tissue types and 302 varying based on specific locations like lungs and kidneys.
His 2018 research revealed that 64% of examined knee samples contained the ligamentum mucosum, which had an average peak failure force of 31.9 N, indicating structural issues linked to anterior knee pain.
During Operation Desert Shield, Dr. Smallman assisted in performing knee surgeries on 118 military personnel; 59% returned to duty within an average of 6 days post-surgery.
Out of 73 service members undergoing knee arthroscopic surgery aboard the USNS Mercy, 66% were back on active duty by six days post-operation, highlighting the surgery's effectiveness in field conditions.
In a study on adolescent athletes, it was found that out of 14 with lower back stress fractures, 10 had unilateral injuries, and none of those with severe bilateral injuries healed after 3 months of bracing.
Frequently asked questions
Does Dr. Smallman study knee injuries?
Yes, he actively researches conditions related to knee injuries and treatments, particularly in both athletes and military personnel.
What specific bacterial infections does Dr. Smallman research?
He studies the genetic factors that help bacteria survive during pneumonia and septic infections in mammals.
Is Dr. Smallman's work relevant to athletes with back injuries?
Yes, his research on stress fractures in adolescent athletes provides insights into treating young people involved in high-impact sports.
What treatments has Dr. Smallman investigated for knee pain?
He has examined the role of the ligamentum mucosum and the effectiveness of arthroscopic surgery for alleviating knee pain.
How does Dr. Smallman's research help military personnel?
His work on knee surgeries has facilitated quick recovery for military personnel, allowing many to return to duty after injuries sustained during active operations.
Publications in plain English
Gene dependence during mammalianpneumonia and septicaemia infections.
2025
Microbial genomics
Morris FC, Short F, Kostoulias X, Nethercott C, Fu Y +6 more
Plain English This study looked at how certain genes help bacteria survive during pneumonia and septic infections in mammals. Researchers found 128 genes that are critical for the bacteria's survival in the body, with 22 needed in all types of tissues. Additionally, they discovered 302 other genes that affect how well the bacteria can thrive in specific areas like the lungs and kidneys. Understanding these genes is important because it can lead to better treatments for infections caused by this type of bacteria.
Who this helps: This helps doctors and researchers seeking new treatments for bacterial infections.
The biomechanical and morphological characteristics of the ligamentum mucosum and its potential role in anterior knee pain.
2018
The Knee
Norris M, Corbo G, Banga K, Johnson M, Sandig M +3 more
Plain English This study looked at a tissue in the knee called the ligamentum mucosum to understand its structure and how it might relate to knee pain. Researchers found that in 64% of the knee samples they studied, the ligament was present and made up of dense tissue but was not strong enough to significantly affect knee movement, with an average peak force of 31.9 N before it failed. The findings suggest that issues in this tissue and its connection to nearby fat could be linked to anterior knee pain, which is important for better understanding and treating this common condition.
Who this helps: This helps patients dealing with anterior knee pain and doctors looking for better treatment options.
Arthroscopic surgery of the knee: its role in the support of U.S. troops during Operation Desert Shield on USNS mercy.
1992
Arthroscopy : the journal of arthroscopic & related surgery : official publication of the Arthroscopy Association of North America and the International Arthroscopy Association
Buckley SL, Alexander A, Jones M, Culp RW, Smallman T
Plain English This study looked at the effectiveness of knee arthroscopy, a type of surgery, on U.S. troops aboard the USNS Mercy during Operation Desert Shield from September 1990 to January 1991. Out of 73 patients, 47% had meniscus tears, and by six days after surgery, 66% were back on active duty without needing to be evacuated. This is significant because it shows how surgical treatment helped many soldiers return to their duties quickly while deployed.
Who this helps: This benefits military personnel needing knee surgeries while on active deployments.
Arthroscopic surgery of the knee on the U.S. Naval Hospital Ships during Operation Desert Shield.
1992
Military medicine
Buckley SL, Jones AA, Bosse MJ, Holmes CA, Culp RW +2 more
Plain English During Operation Desert Shield from September 1990 to January 1991, doctors performed knee surgery on 118 patients aboard U.S. Naval Hospital Ships, primarily on men (113 out of 118) with an average age of 28. Most surgeries addressed knee problems like meniscus tears (53%) and ligament tears (29%), and only three patients experienced complications. After surgery, 59% of the patients returned to duty within about 6 days, helping them stay in the field and maintain military readiness.
Who this helps: This benefits military personnel who need quick treatment for knee injuries.
Fracture of the pars interarticularis in adolescent athletes: a clinical-biomechanical analysis.
1986
Journal of pediatric orthopedics
Letts M, Smallman T, Afanasiev R, Gouw G
Plain English This study looked at a specific type of injury, called stress fractures in the lower back, among teenage athletes, particularly those involved in sports like gymnastics and hockey. Researchers found that out of 14 young athletes with this injury, 10 had it on one side while 4 had it on both sides. Importantly, while some injuries healed with rest, none of those with the more severe bilateral injuries improved even after 3 months of wearing a brace.
Who this helps: This study provides insights that can assist doctors in treating young athletes with back injuries.